ML12156A005
| ML12156A005 | |
| Person / Time | |
|---|---|
| Site: | Fort Calhoun  |
| Issue date: | 04/20/2012 |
| From: | Vincent Gaddy Operations Branch IV |
| To: | Omaha Public Power District |
| laura hurley | |
| References | |
| ES-401, ES-401-5 | |
| Download: ML12156A005 (200) | |
Text
ES-401 Question Worksheet Form ES-401-5 Question # _1__
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2___ _____
Group # __1___ _____
K/A # _003 K4.04_______
Importance Rating __2.8___ _____
K/A Statement: (003 Reactor Coolant Pump) Knowledge of RCPS design feature(s) and/or interlock(s) which provide for the following: Adequate cooling of RCP motor and seals.
Proposed Question:
Which of the following reactor coolant pump RC-3B radial bearing temperatures, if exceeded, would require immediate shutdown of this reactor coolant pump in accordance with OI-RC-9, REACTOR COOLANT PUMP OPERATION?
A. 205°F B. 210°F C. 225°F D. 230°F Proposed Answer: __D___
Explanation: Per OI-RC-9, Precaution 18, a valid temperature indication for the radial bearing of 230°F for RC-3B shall not be exceeded, or the reactor will be tripped and the reactor coolant pump immediately shutdown. Therefore, the maximum temperature indication prior to exceeding 230°F is 230°F. Answer C of 225°F is plausible because the applicant could believe that the pump must be shutdown prior to reaching 230°F. Answer B is plausible because that is the temperature requirement for reactor coolant pumps RC-3A, RC-3C, and RC-3D. Answer A is plausible if the applicant believes that the pump must be shutdown prior to reaching 210°F, which is the temperature for the other three reactor coolant pumps.
Technical Reference(s): _OI-RC-9, "Reactor Coolant Pump Operation" Rev. 73__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None___________
Learning Objective: __7-11-20 1.7b List the design parameters for the RCP (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(3)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _2___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _004 A2.15_______
Importance Rating _3.5__ _____
K/A Statement: (004 Chemical and Volume Control) Ability to (a) predict the impacts of high or low PZR level on the CVCS, and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of high or low PZR level.
Proposed Question:
Given the following:
Reactor power is 100%
Tave is on program Pressurizer level is 56.9%
Pressurizer level controller is in cascade The Control Room is using Attachment 2 for AUTOMATIC PRESSURIZER LEVEL CONTROL from procedure OI-RC-8, REACTOR COOLANT SYSTEM LEVEL CONTROL NORMAL OPERATION. Assuming no operator action has been taken up to this point, what is the expected system response?
A. Two charging pumps are running and letdown flow rate is 26 gpm B. Two charging pumps are running and letdown flow rate is 36 gpm C. Three charging pumps are running and letdown flow rate is 26 gpm D. Three charging pumps are running and letdown flow rate is 36 gpm Proposed Answer: ___A___
Explanation: OI-RC-8, R15, page 7 on Attachment 2 for automatic operation, has the operator verify pressurizer level is maintaining 48% to 60% within a deviation from setpoint of plus or minus 4% as indicated by LR-101X. Pressurizer Level is in control because it is within the 4%
however the operator would be expected to verify that the correct number of charging pumps and letdown flow are responding correctly for the controller and its mode of operation.
Based on the Level Control Christmas Tree diagram, the second charging pump starts when level is 2.9% below setpoint, and letdown flow is minimized when level is 2.0% below setpoint.
The third charging pump starts at 3.3% below setpoint. Letdown flow is 36 gpm when the pressurizer is at setpoint. At 100% power, with Tave on program, the pressurizer level setpoint is 60%. 56.9% is 3.1% below setpoint. Therefore, answer A is correct. Answer B is plausible
because 36 gpm is also located on the diagram as letdown flow at pressurizer setpoint.
Letdown flow decreases to the minimum value of 26 gpm at 2% below setpoint. Answer C is plausible because three pumps run, but not until level is 3.3% below setpoint. Answer D is plausible based on the same explanations for answers A and C.
Technical Reference(s): System Training Manual Vol. 12 Chemical and Volume Control System, Rev. 44 pgs. 14, 15, 69, 70__and________
(Attach if not previously provided) ______OI-RC-8, R15, Rev. 15 page 7.________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None____________
Learning Objective: _7.11.02 4.1 Explain how RCS volume is controlled automatically and manually.
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X___
10 CFR Part 55 Content: 55.41 __(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # __3__
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # _039 A3.02_____
Importance Rating _3.1__ _____
K/A Statement: (039 Main and reheat Steam) Ability to monitor automatic operation of the MRSS, including: Isolation of the MRSS Proposed Question:
Given the following plant conditions:
- The RCS is being cooled down
- RCS Pressure is 1650 psia
- Pressure in both Steam Generators is 490 psia
- PPLS has been blocked
- SGLS has been blocked Which one of the following will cause automatic closure of the MSIVs, HCV-1041A and HCV-1042A?
A. Containment pressure rises to 5.5 psig B. RCS Pressure rises to 1705 psia C. Level in RC-2A lowers to 30% WR D. Pressure in RC-2A rises to 555 psia Proposed Answer: __A___
Explanation:
For Answer A, SGIS will actuate due to CPHS at 5 psig containment pressure and MSIVs will close, therefore A is correct.
For distractor B, PPLS will unblock above 1700 psia but that will not affect the MSIVs. PPLS does normally close the MSIVs, too.
For distractor C, AFAS will initiate below 32% wide range but that will not affect the MSIVs.
For distractor D, SGLS will automatically unblock above 550 psia, but SGIS will not occur unless S/G pressure then falls to 500 psia.
Technical Reference(s): _System Training Manual Vol. 25 "Main Steam and Steam Generator System" Rev. 33, page 51, and STM Vol. 19, "Engineered Safeguards Control System" Rev. 37.
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None__________
Learning Objective: __7-11-17 1.0 Apply operating principles to diagnose Main Steam System response to specific plant conditions (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam ___N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(5)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _4__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _008 K3.01______
Importance Rating _3.4_ _____
K/A Statement: (008 Component Cooling Water) Knowledge of the effect that a loss or malfunction of the CCWS will have on the following: Loads cooled by CCWS.
Proposed Question:
Component cooling water flow is automatically isolated to the reactor coolant pumps and the control element drive mechanisms as soon as component cooling water pressure drops below
__1___ for more than __2___, coincident with a CIAS.
A. 34 psig, 15 seconds B. 34 psig, 30 seconds C. 46 psig, 15 seconds D. 46 psig, 30 seconds Proposed Answer: _D____
Explanation: Answer D is correct per pg. 31 of STM Vol. 8, Component Cooling Water System.
CCW is automatically isolated if theres a CIAS AND pressure drops below 46 psig for more than 30 seconds. The applicant could incorrectly determine that the water pressure value is the same as the pressure at which CCW must be declared inoperable (34 psig), per OI-CC-1. The applicant could choose 15 seconds if they dont remember the value of the time delay. Fifteen seconds is also the required action range of one of the isolation valves (HCV-438D).
Technical Reference(s): _STM Vol. 8 Component Cooling Water System, Procedure OP-ST-CCW-3004 , Component Cooling Category A and B Valve Exercise Test, Rev. 22, and Procedure OI-CC-1, Component Cooling System Normal Operation, Rev. 67__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None______
Learning Objective: _07-11-06 1.5 EXPLAIN the response of the CCW System to signals from the Engineered Safeguards Control System.________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam ____N/A________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(4)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _6__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _010 K1.01_
Importance Rating _3.9__ _____
K/A Statement: (010 Pressurizer Pressure Control) Knowledge of the physical connections and/or cause-effect relationships between the PZR PCS and the following systems: RPS Proposed Question:
- The plant is at 100% power. On the previous shift both the High Pressure and TM/LP (Thermal Margin/Low Pressure) trip units on RPS (Reactor Protection System) Channel "C" had to be placed in the "BYPASS" condition due to an instrument failure
- During troubleshooting, an I&C Technician incorrectly placed the RPS Channel "A" TM/LP trip unit in the "TRIPPED" condition.
What is the resulting trip logic for these conditions?
A. The RPS will be in a 2 out-of 3 trip logic on High Pressure, and a 1 out-of-2 trip logic on TM/LP B. The RPS will be in a 1 out-of 2 trip logic on High Pressure, and a 1 out-of-2 trip logic on TM/LP C. The RPS will be in a 2 out-of 3 trip logic on High Pressure, and a 2 out-of-3 trip logic on TM/LP D. The RPS will be in a 1 out-of 2 trip logic on High Pressure, and a 2 out-of-3 trip logic on TM/LP Proposed Answer: __A___
Explanation:
Thermal Margin Low Pressure is part of the Pressurizer Pressure Control System. RPS logic with no failed or bypassed signals is 2 out-of-4 logic, while TM/LP logic is 1 out-of4 with no failed or bypassed signals.
Per STM 38, Revision 20, with one channel lost due to bypass:
- 1. RPS becomes 2 out-of-3 logic to trip and TM/LP becomes 1out of 3 logic to trip.
- 2. With the A channel in a tripped state it changes the configuration for TM/LP only (not RPS) to 1 out-of-2 logic.
For this reason answer A is correct. The other distracters are incorrect but credible because they are logic combinations that are possible depending on the failures and how they fail, but not in these circumstances.
Technical Reference(s): _______STM 38 Rev 20 page 41________________
Proposed references to be provided to applicants during examination: _None______
Learning Objective: __07-12-25 02.02 _______
Question Source: Bank # ___X___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam _None________
Pulled from FCS Bank in 2011 on page 1492 with the following information:
Ent. 2/26/90
Reference:
7-12-25,2.2 New-Bannister Rev. 8/16/91 KA#: 012000 Bank Reference #:
LP# / Objective: 07-12-25 02.02 Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(7)__
55.43 _____
Comments:
It appears as if the question were written in 1991 with Learning objectives identified above.
These need to be verified as current and correct by licensee.
I modified the distracters to be an even 2 X 2 matrix and increased the credibility of the distracters.
ES-401 Question Worksheet Form ES-401-5 Question # _7__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _059 A1.03___
Importance Rating _2.7*_ _____
K/A Statement: (059 Main Feedwater) Ability to predict and/or monitor changes in parameters (to prevent exceeding design limits) associated with operating the MFW controls including:
Power level restrictions for operation of MFW pumps and valves.
Proposed Question:
Per OP-4, LOAD CHANGE AND NORMAL POWER OPERATION, Attachment 2, Power Reduction, during a plant shutdown:
- 1. Main feedwater control is transferred to the main feedwater bypass valve control when reactor power is reduced to less than ___1___ %.
- 2. The operating main feedwater pump recirculation valve(s) must be failed open to ensure adequate pump cooling when reactor power is reduced to less than ___2___ %.
A. 30; 10 B. 10; 50 C. 30; 50 D. 10; 10 Proposed Answer: __A___
Explanation: Per OP-4, Attachment 2, pg. 26, Note: Auto transfer or operator intervention may be used to switch between the Bypass and Main Feed Reg Valves below 30% power but above 20% power. Step 9 states: When less than 30% power, then ensure main feedwater control is transferred to main feedwater bypass valve control per OI-FW-3. The Caution on the same page states: The operating feedwater pump recirc valves must be failed open to ensure adequate pump cooling when suction flow is less than 3000 gpm (10-25% reactor power).
Therefore, answer A is correct. B is incorrect but plausible because the system technical manual states that main feedwater reg valves function to maintain programmed steam generator level between 15 and 100 % reactor power. Also, the lesson plan states that automatic transfer to the bypass valves occurs at approximately 16% during a power reduction.
Therefore, 10% is plausible, but incorrect. Failing open the feedwater pump recirc valves at 50% power is not in accordance with the caution, but is plausible because that is when one main feedwater pump is taken out of service, so the applicant could have the misconception that the valves need to be failed open at the time that the pump becomes the only operating pump.
Technical Reference(s): _OP-4, Load Changes and Normal Power Operation Rev.
44, Lesson Plan 07-11-11 Rev. 14, STM Vol. 20 Feedwater and Condensate System Rev. 46 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None__________
Learning Objective: _07-11-11 1.1 DESCRIBE each major component and EXPLAIN how it performs its function.________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New _X____
Question History: Last NRC Exam ___N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _8__
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # _064 K1.03___
Importance Rating _3.6__ _____
K/A Statement: (064 Emergency Diesel Generator) Knowledge of the physical connections and/or cause-effect relationships between the ED/G system and the following system: Diesel fuel oil supply system Proposed Question:
Pick the ONE response which describes the flow path of fuel oil being supplied to ONE emergency diesel generator from onsite bulk storage. Notice the use of common to refer to components that are intended to serve both diesel generators and dedicated to refer to components that serve only the associated diesel generator.
A. From the dedicated underground fuel oil storage tank through common fuel oil transfer pumps, the dedicated auxiliary day tank, the dedicated engine base tank, the dedicated fuel oil pumps, and to the engine B. From the dedicated underground fuel oil storage tank through dedicated fuel oil transfer pumps, the dedicated auxiliary day tank, the dedicated engine base tank, the dedicated fuel oil pumps, and to the engine C. From the common underground fuel oil storage tank through dedicated fuel oil transfer pumps, the dedicated auxiliary day tank, the dedicated engine base tank, the dedicated fuel oil pumps, and to the engine D. From the common underground fuel oil storage tank through common fuel oil transfer pumps, the dedicated auxiliary day tank, the dedicated engine base tank, the dedicated fuel oil pumps, and to the engine Proposed Answer: __C___
Explanation: Per the system training manual, C is the correct choice. The other choices are plausible if the candidate cannot remember which tanks/pumps are dedicated and which are not.
Technical Reference(s): _STM Vol. 16 Emergency Diesel Generator System Rev.
30____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None_____
Learning Objective: __07-13-05 01.04________ (As available)
Question Source: Bank # ___07-13-05 053 ___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam _N/A________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(8)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _9__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _005 K3.01_____
Importance Rating _3.9__ _____
K/A Statement: (005 Residual Heat Removal) Knowledge of the effect that a loss or malfunction of the RHRS will have on the following: RCS Proposed Question:
Given the following:
Shutdown cooling is in service Pressurizer manway has been removed Shutdown cooling heat exchanger flow control valve, HCV-341, has lost control power If no operator action is taken, the bulk reactor coolant system temperature is expected to
_____1_____ because HCV-341 has failed _____2_____.
A. Stay the same; as is B. Increase; closed C. Decrease; open D. Increase; to 10% open Proposed Answer: __B__
Explanation: HCV-341 determines the amount of flow that goes through the heat exchangers.
If control power to the valve is removed, it fails closed, thus isolating the heat exchangers and causing RCS temperature to increase. Thus B is correct. A is plausible if the applicant believes that this valve fails as is on loss of control power. C is plausible because that would happen if the valve failed open. D is plausible if the applicant believes that the valve fails to a minimum flow position of 10%, which it does not (it fails closed).
Technical Reference(s): _STM Vol. 15 Emergency Core Cooling System Rev. 52, Lesson plan 07-11-22 Rev. 33___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_____
Learning Objective: __07-11-22 1.4 EXPLAIN the operation of controls located in the Control Room associated with ECCS.________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _10_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _004 2.1.20_
Importance Rating _4.6__ _____
K/A Statement: (004 Chemical and Volume Control) Ability to interpret and execute procedure steps for chemical volume and control system.
Proposed Question:
At 100% power, when placing a second charging pump in service, per OI-CH-1, CHEMICAL AND VOLUME CONTROL SYSTEM NORMAL OPERATION, how are charging and letdown flows matched to minimize the pressurizer level transient?
A. The letdown control valves, LCV-101-1 or LCV-101-2, are controlled manually when more than one charging pump is in operation to match flows.
B. The level bias potentiometer on letdown flow controller, HIC-101-1/101-2, is manually adjusted to match flows.
C. The pressure setpoint on PIC-210 is manually adjusted until charging and letdown flows are matched.
D. Charging and letdown are matched automatically with no change in pressurizer level.
Proposed Answer: __B___
Explanation: Per OI-CH-1 attachment 3, the bias on HIC-101-1 and 1-102 is adjusted to stabilize pressurizer level. Answer A is plausible because the valves can be controlled in manual if theres a problem with HIC-101-1, but a failure of this is not given in the question statement. Answer C is plausible because the pressure setpoint is adjusted, but its to maintain letdown pressure around 300 psig. Answer D is plausible in that if no operator action is taken, the pressurizer level control system would automatically make changes to charging and letdown given the change in pressurizer level, but pressurizer level changes would occur.
Technical Reference(s): _STM 12 Chemical and Volume Control, Rev. 44, OI-CH-1, Chemical and Volume Control System Normal Operation, Rev. 88_____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: __07-11-02 4.1 EXPLAIN how RCS volume is controlled automatically and manually.______________ (As available)
Question Source: Bank # __071102 010____
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam __N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(10)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _11_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _062 K2.01_
Importance Rating _3.3__ _____
K/A Statement: (062 AC Electrical Distribution) Knowledge of bus power supplies to the following: Major system loads Proposed Question:
Given the following conditions:
The plant is at 100% power 4160V bus 1A4 develops a ground fault and all feeder breakers that could supply it are locked out, causing a reactor trip.
Which of the following loads is lost as a result of deenergizing 1A4?
A. Raw water pump AC-10C B. Raw water pump AC-10B C. Feed water pump FW-4B D. Circ Water pump CW-1B Proposed Answer: ___B__
Explanation: Per STM 20, and Fig. 8.1-1, CCW pump AC-10B is powered from this bus, and the others are not, making choice B correct.
Technical Reference(s): __STM Vol. 20, Feedwater and Condensate System, Rev.
46, Fig. 8.1-1 Simplified One Line Diagram Plant Electrical System P&ID, Rev. 141_______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _______None___
Learning Objective: __07-13-02 01.00________ (As available)
Question Source: Bank # ________
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __NA____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _12__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _013 A1.07__
Importance Rating _3.6_ _____
K/A Statement: (013 Eng. Safety features Actuation) Ability to predict and/or monitor changes in parameters (to prevent exceeding design limits) associated with operating the ESFAS controls including: Containment radiation Proposed Question:
Given the following:
Plant is in Mode 3 with containment pressure reduction in process The following have just automatically actuated:
Waste gas tank discharge secures Control room ventilation shifts to filtered makeup Containment ventilation release paths isolate Assuming no other automatic actuations or operator actions have occurred, which of the following caused the above plant response?
A. Containment particulate monitor, RM-050, is in alarm (reads above 5E6 cpm)
B. Containment noble gas monitor, RM-051, is in alarm (reads above 5E6 cpm)
C. Containment pressure switches A/PC-742-1 and C/PC-742-1 read above 5 psig D. Containment pressure switches A/PC-742-1 and C/PC-742-2 read above 5 psig Proposed Answer: __B__
Explanation: B is correct because the automatic actuations are from a VIAS, and since no other actuations have occurred, there is no SIAS or CIAS. A high containment radiation signal is a 1 out of 3 logic, so if RM-051 reads above the alarm setpoint (5E6 cpm per TDB-IV.7), then a VIAS is actuated. A is incorrect but plausible because RM-050 also detects radiation levels in containment but only has an alarm function and does not have any automatic actuations. C is incorrect but plausible because it generates a CIAS and SIAS. The CIAS would then initiate the VIAS, but since no other actuations have occurred, it is incorrect. D is incorrect but plausible in that a high containment pressure signal is initiated in 2 out of 4 logic, and 2 switches read high, but they are in separate logic trains (A/PC-742-1 is in CPHS-A while C/PC-742-2 is in CPHS-B) and thus no actuation would occur.
Technical Reference(s): _STM Vol. 19 Engineered Safeguards Control System Rev. 37, Technical Data Book TDB-IV.7 Rev. 217, STM Vol. 33 Radiation Monitoring System Rev. 17 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None_________
Learning Objective: __07-12-14 1.0 APPLY operating principles to predict Engineered Safeguards Control (ESC) System response when given specific plant conditions.____________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam _N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(11)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _13_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # __007 A1.02___
Importance Rating _2.7__ _____
K/A Statement: (007 Pressurizer Relief Tank/Quench Tank System) Ability to predict and/or monitor changes in parameters (to prevent exceeding design limits) associated with operating PRTS controls including: maintaining quench tank pressure Proposed Question:
Alarms were received in the control room due to rising pressure and level in the Pressurizer Quench Tank (PQT). It was determined that the source of leakage into the PQT was NOT from the pressurizer PORVs (Power Operated Relief Valves) or Safety Valves. Which of the following would be a possible source of water to the PQT?
A. Backleakage through the Safety Injection Tank Check Valves B. CEDM (Control Element Drive Mechanism) leakage C. RCP Controlled Leakage Relief Valve, CH-208 D. Letdown Relief Valve, CH-223 Proposed Answer: __D___
Explanation:
Used on 2004 NRC exam.
Technical Reference(s): _STM 12, "Chemical and Volume Control System" Rev.
44, STM 11, "Control Rod Drive System" Rev. 19, STM 15 "Emergency Core Cooling System" Rev. 52 and STM 37, "Reactor Coolant System" Rev 42 (including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: None_________
Learning Objective: _0711-20________________________ (As available)
Question Source: Bank # _07-11-20 148 Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam __2004_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X___
Comprehension or Analysis ______
10 CFR Part 55 Content: 55.41 _(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _14__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _063 K1.02_
Importance Rating _2.7__ _____
K/A Statement: (063 DC Elect Distribution) Knowledge of the physical connections and/or cause-effect relationships between the DC electrical system and the following systems: AC electrical system Proposed Question:
All electrical systems were in normal alignment when the reactor tripped following a loss all of power to DC bus#1 and 4160v Bus 1A3 is deenergized.
What is the status of Instrument Buses A, B, C and D?
A. Instrument buses A and B are deenergized.
B. Instrument buses A and C are deenergized.
C. Instrument buses B and D are deenergized.
D. Instrument buses C and D are deenergized.
Proposed Answer: __B___
Explanation: As Shown in the attached figure from the Electrical Distribution STM, DC Bus #1 is the normal power supply to the normal inverters for Instrument Buses A and C. DC Bus #1 also supplies the Swing Inverter for instrument buses A and C. The bypass transformers for Inverter A, Inverter C and Swing Inverter EE-8T are supplied by MCCs fed from 480 volt buses that are normally fed from 4160 V bus 1A3. With Bus 1A3 deenergized, Instrument buses A and C cannot be powered from their bypass transformers. Therefore Instrument buses A and C will be deenergized making B the correct answer.
Choice C would be correct if the stem said DC Bus#2 and Bus 1A4 were deenergized.
Choices A and D are plausible distracters that could be chosen if the Applicant did not understand the power supply configuration.
Technical Reference(s): STM Vol. 14 Electrical Distribution System, Rev 40, ___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None________
Learning Objective: __07-13-04 1.3 LIST the primary (preferred) and alternate (if any) power supplies to each bus/component._____ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(8)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _15_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _078 K1.03____
Importance Rating _3.3*_ _____
K/A Statement: (078 Instrument Air) Knowledge of the physical connections and/or cause-effect relationships between the IAS and the following systems: Containment Air Proposed Question:
Which if the following will automatically close instrument air isolation valves PCV-1849A and PCV-1849B?
A. Only PCV-1849A closes on instrument air pressure <70 psig B. Only PCV-1849B closes on CIAS C. Both PCV-1849A and B valves close if CIAS present AND instrument air pressure <70 psig D. Both PCV-1849A and B valves close if CIAS present OR instrument air pressure <70 psig Proposed Answer: _C___
Explanation: Per STM Vol. 43, CIAS automatically closes instrument air isolation valves PCV-1849A/B if air pressure upstream of the valves is less than 70 psig. Therefore answer C is correct. Answer A is plausible but incorrect if the candidate believes that only one valve closes if instrument air is less than 70 psig. Answer B is plausible but incorrect if the candidate believes that only one valve closes on CIAS. Answer D is plausible but incorrect if candidate does not remember that both a CIAS AND instrument air <70 psig must be present.
Technical Reference(s): _STM Vol. 43 Service and Instrument Air System Rev.
10, AOP-17 Loss of Instrument Air Rev. 13__________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_____
Learning Objective: __07-11-07 1.5 EXPLAIN the principles of ABNORMAL operation of the Compressed Air System in terms of flow paths, major parameters, (temperature, pressure, flow, etc.), alarms and control devices._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam __N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X___
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(9)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _16_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _073 K4.01_____
Importance Rating _4.0_ _____
K/A Statement: (073 Process Radiation Monitors) Knowledge of PRM system design feature(s) and/or interlock(s) which provide for the following: Release termination when radiation exceeds setpoint.
Proposed Question:
A liquid radioactive release is in progress when Effluent Radiation Monitor, RM-055, alarms. As a result of the alarm, which of the following will occur?
A. HCV-691 and HCV-692 (Overboard Discharge Control Valves) will close and the Monitor Tank Pumps will trip.
B. HCV-691 and HCV-692 (Overboard Discharge Control Valves) and HCV-673 and HCV-679 (Monitor Tank Inlet Valves) will close and the Monitor Tank Pumps will trip.
C. HCV-691 and HCV-692 (Overboard Discharge Control Valves) will close and the Monitor Tank Pumps will continue to operate in recirculation mode.
D. HCV-691 and HCV-692 (Overboard Discharge Control Valves) and HCV-673 and HCV-679 (Monitor Tank Inlet Valves) will close and the Monitor Tank Pumps will continue to operate in recirculation mode.
Proposed Answer: _A___
Explanation: A is correct based on STM Vol. 33 Radiation monitoring system and Vol. 48, Radioactive waste disposal system. B is incorrect but plausible if the applicant believes all four valves close. C is incorrect but plausible if the applicant does not know that the pumps are tripped. D is incorrect but plausible for the same as the previous two.
Technical Reference(s): __STM Vol. 33 Radiation Monitoring System Rev. 17, Vol.
48, Radioactive Waste Disposal System Rev. 25_______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_____
Learning Objective: _07-11-32 01.02A____________ (As available)
Question Source: Bank # _______
Modified Bank # 071132 025 (Note changes or attach parent)
New _______
Question History: Last NRC Exam __1997____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(13)__
55.43 _____
Comments:
Parent Question from 1997 RO exam 07-11-32 001 An alarm on Effluent Radiation Monitor, RM-055, will cause which of the following to occur?
A. HCV-691 and HCV-692 (Overboard Discharge Control Valves) will close and the Monitor Tank Pumps will trip.
B. HCV-672 and HCV-678 (Monitor Tank Inlet Valves) will close and the Monitor Tank Pumps will trip.
C. HCV-691 and HCV-692 (Overboard Discharge Control Valves) will close and the Monitor Tank Pumps will continue to operate.
D. HCV-672 and HCV-678 (Monitor Tank Inlet Valves) will close and the Monitor Tank Pumps will continue to operate.
Answer: B KA#: 068000 A2.04 Bank Reference #:
LP# / Objective: 0711-32 01.02A Exam Level:
Cognitive Level: LOW Source: NRC 97 EXAM
Reference:
LP 0711-32 Handout: NONE
ES-401 Question Worksheet Form ES-401-5 Question # _17_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _061 K6.01_
Importance Rating _2.5__ _____
K/A Statement: Knowledge of the effect of a loss or malfunction of controllers and positioners will have on AFW components Proposed Question:
Following a reactor trip with an auxiliary feed actuation signal (AFAS), turbine driven auxiliary feedwater pump FW-10 overspeed limit overpressure protection circuit, PS-1122, momentarily senses maximum indicator pressure before returning to normal. An operator then attempts to manually restart the pump from panel AI-66B in the Control Room. Assuming no other operator action is taken, what is expected response of FW-10 and the reason for that response?
A. FW-10 restarts because stop valve YCV-1045 reopens following operator attempt B. FW-10 does not restart because stop valve YCV-1045 remains closed following operator attempt C. FW-10 restarts because steam supply valves YCV-1045A & B reopen following operator attempt D. FW-10 does not restart because steam supply valves YCV-1045A & B remain closed following operator attempt Proposed Answer: __B___
Explanation: Per STM Vol. 4, An overpressure condition at the pump discharge will actuate the trip relay to reposition an air solenoid valve on the inlet tubing to the YCV-1045 actuator, thus closing YCV-1045. The overpressure trip will override all starts of FW-10 (auto, manual, AFAS).
Overpressure 1600 +/- 35 psig sensed by PS-1122 actuates overpressure trip. After an overpressure trip, restart of FW-10 will not be available until the trip is manually reset (which it is not in this question). Therefore, YCV-1045 closes and remains closed. A is incorrect but plausible if the applicant does not know that the trip must be manually reset. C is incorrect but plausible if the applicant does not know that the trip must be manually reset and that its the stop valve, and not the steam supply valves that close on an overpressure condition. D is incorrect but plausible in that the pump does not restart but the steam supply valves dont close on overpressure, the stop valve (YCV-1045) does.
YCV-1045 is the stop valve YCV-1045A and B are steam supply valves Technical Reference(s): _STM Vol. 4 Auxiliary Feedwater System Rev. 48, Lesson Plan 7-11-1 Auxiliary Feedwater System Rev. 22__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None_______
Learning Objective: __7-11-1 1.7 Explain the automatic operations of AFW System components_ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam __N/A__
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _18_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # __012 A3.03___
Importance Rating _3.4__ _____
K/A Statement: (012 Reactor Protection) Ability to monitor automatic operation of the RPS, including: power supply Proposed Question:
The Diverse Scram System (DSS) ________(1)_____.
A. De-energizes relays to open contacts in the "M" coil trip path of the RPS which, in turn, de-energizes the clutch power supplies B. Energizes relays which open contacts in the undervoltage coils to trip RPS trip breakers, interrupting power to the clutch power supplies C. Energizes relays to open contacts in the "M" coil trip path of the RPS which, in turn, de-energizes the clutch power supplies D. De-energizes relays which open contacts in the undervoltage coils to trip the RPS trip breakers, interrupting power to the clutch power supplies.
Proposed Answer: __B___
Explanation: Per STM Vol. 38, the DSS energizes a lockout relay in the matrix, which in turn energizes tripping relays, which de-energize the undervoltage trip coils, tripping the trip breakers, which interrupts power to the clutch power supplies. This makes answer B correct.
Answer A is incorrect but plausible because this describes the normal RPS trip path (Contact opens, de-energizing the IR, which opens and removes power from the "M" coil, opening "M" coil contacts and removing power from the clutch power supplies). Answers C and D are incorrect but plausible since they reverse which path is energized vice de-energized to actuate.
Technical Reference(s): _STM Vol. 38, Reactor Protective System and Diverse Scram System Rev. 20, Lesson Plan 07-12-25 Rev.
18_____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None______
Learning Objective: __07-12-25 05.06_______ (As available)
Question Source: Bank # 07-12-25 078_
Modified Bank # _______ (Note changes or attach parent)
New ______
Question History: Last NRC Exam ___N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X___
Comprehension or Analysis ____
10 CFR Part 55 Content: 55.41 __(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _19_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _026 A2.08___
Importance Rating _3.2__ _____
K/A Statement: (026 Containment Spray) Ability to (a) predict the impacts of the following malfunctions or operations on the CSS; and (b) based on those predictions, use procedures to correct, control. Or mitigate the consequences of those malfunctions or operations: Safe securing of containment spray (when it can be done)
Proposed Question:
A main steam line break on steam generator RC-2B has occurred inside containment. Standard post-trip actions have been completed and the transition has been made to EOP-05 UNCONTROLLED HEAT EXTRACTION. Current action is to determine if containment spray can be reduced or terminated.
Current containment status:
Containment spray pumps SI-3A and SI-3B are running Containment pressure is 5 psig and slowly lowering Containment air cooler filters systems VA-3A and VA-3B are NOT in service Containment air coolers VA-7C and VA-7D are in service Based on the above status, EOP-05 requires which of the following?
A. Termination criteria is met: stop both containment spray pumps B. Reduction criteria is met: stop one containment spray pump and ensure containment spray flow is at least 2300 gpm C. Reduction criteria is met: stop one containment spray pump and ensure containment spray flow is at least 2800 gpm D. Neither reduction nor termination criteria met: continue operation of both containment spray pumps Proposed Answer: _D___
Explanation: Per EOP-05, containment pressure must be less than 3 psig and stable or lowering with containment spray not required for containment cooling in order to terminate containment spray (stop both pumps). If two pumps are operating (they are in this question),
containment pressure is less than 60 psig (it is), at least one containment air cooler is in service (both are), and at least one containment air cooler filter system is in service (it isnt), then one pump would be secured and one would ensure that flow rate is at least 2300 gpm. 2800 gpm is the runout flow rate for one containment spray pump. Based on this, answer D is correct because the criteria for termination of containment spray is not met (5 psig is greater than 3 psig), and the criteria to reduce containment spray is not met (no containment air cooler filter
systems in service). Answer A is plausible if the applicant believes that 5 psig is the termination point instead of 3 psig. Answer B is plausible in that it would be correct if one containment air cooler filter system was in service. Answer C is plausible if the applicant believed that 2800 gpm was the required flowrate (this is the pump maximum flowrate).
Technical Reference(s): ___EOP-05 Uncontrolled Heat Extraction Rev. 24, STM Vol. 15 ECCS Rev. 52_______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None______
Learning Objective: ___07-18-15 3.9 STATE from memory the condition(s) that must be met prior to termination of Containment Spray._ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _20_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _1___ _____
K/A # _003 K5.01_____
Importance Rating _3.3_ _____
K/A Statement: (003 Reactor Coolant Pump) Knowledge of the operational implications of the following concepts as they apply to the RCPS: The relationship between the RCPS flow rate and the nuclear reactor core operating parameters (quadrant power tilt, imbalance, DNB rate, local power density, difference in loop T-hot pressure).
Proposed Question:
Three weeks before the next scheduled refueling outage, the rotor for reactor coolant pump RC-3C seizes. Prior to the CEA insertion due to the reactor trip on low reactor coolant flow, initial expected plant response is:
Reactor power will _____1_____ and DNBR will _____2_____ .
A. Increase; Increase B. Increase; Decrease C. Decrease; Increase D. Decrease; Decrease Proposed Answer: _D___
Explanation: Per USAR section 14.6 and Lesson plan 07-15-16, for a seized rotor event, coolant flow will quickly decrease to the reactor trip setpoint. However, due to RPS processing and CEA holding coil release delays, the reactor is still at power, for about 1.3 seconds until CEAs begin to insert. During this time, core flow decreases and core temperature increase.
For a positive temperature coefficient (which occurs at the beginning of core life), this would result in an increase in reactor power (described in the USAR for worst case scenario).
However, in this case, since its at the end of core life, its a negative temperature coefficient and would result in a slight decrease in reactor power prior to the CEAs insertion. Answer B is plausible because this is the accident discussed in the USAR for a positive temperature coefficient. Answers A and C are plausible if the applicant has the misconception that an increase in DNBR leads to approaching the DNBR limit.
Technical Reference(s): _USAR 14.6 Rev. 16, USAR Figure 14.6-6 Rev. 1, Lesson Plan 07-15-16 Rev. 5, STM 37 "Reactor Coolant System" Rev. 42__________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_____
Learning Objective: ____07-15-16 1.4 EXPLAIN the response of primary and secondary parameters to a reactor coolant pump locked rotor accident._____________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New _X____
Question History: Last NRC Exam ___N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X___
10 CFR Part 55 Content: 55.41 _(5)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _21_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # _076 2.4.4_____
Importance Rating __4.5_ _____
K/A Statement: (076 Service Water) Ability to recognize abnormal indications for system operating parameters that are entry-level conditions for emergency and abnormal operating procedures.
Proposed Question:
Which of the following would result in entering AOP-18, LOSS OF RAW WATER?
A. One raw water header flow indicates less than 3500 gpm B. Both raw water header flows indicate less than 3500 gpm C. One raw water header flow indicates less than 1000 gpm D. Both raw water header flows indicate less than 1000 gpm Proposed Answer: _D___
Explanation: Entry conditions into AOP-18 include BOTH raw water header flows being low.
Per the STM, annunciators come in when raw water flow indicates less than 1000 gpm.
Therefore, answer D is correct. Answer C is plausible but incorrect if the candidate believes only one header flow must be low before entering AOP-18. Answers A and B are plausible but incorrect because 3500 gpm is the low flow alarm for CCW, not raw water.
Technical Reference(s): ______STM Vol. 35 Raw Water System, Rev. 26, AOP-18, Loss of Raw Water Rev. 7, ARP-CB-1,2,3/A1 Rev. 33 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_______
Learning Objective: ___07-17-18 1.4 DESCRIBE the entry conditions for this AOP (As available)
Question Source: Bank # _______
Modified Bank # __071119 013_ (Note changes or attach parent)
New ______
Question History: Last NRC Exam ___N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(10)__
55.43 _____
Comments: Changed stem so that it matched K/A. Slightly changed answers.
ES-401 Question Worksheet Form ES-401-5 Question # _22_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # __103 K3.02____
Importance Rating __3.8_ _____
K/A Statement: (103 Containment) Knowledge of the effect that a loss or malfunction of the containment system will have on the following: Loss of containment integrity under normal operations Proposed Question:
During surveillance testing HCV-1560A, Dearated Water Supply to Containment Isolation Valve was declared inoperable for faulty control room indications. AOP-12, LOSS OF CONTAINMENT INTEGRITY has been entered.
Using the attached Figure Q22-1, what additional actions are required prior to exiting AOP-12?
A. Isolate air from HCV-1560A and depressurize its associated regulator B. Isolate air from HCV-1560B and depressurize its associated regulator C. Verify HCV-1560B is operable and closed D. Direct EM to remove control power fuses for HCV-1560A Proposed Answer: __B__
Explanation: Per step 5 of AOP-12 if containment integrity is lost due to excessive leakage or faulty control room indication for a containment isolation valve, then containment integrity is established by disabling the redundant valve for HCV-1560A, which in this case is HCV-1560B.
This is done by step 5a or step 5b. Using step 5a, choice B is then the correct answer, Isolate air from HCV-1560B and depressurize its associated regulator.
Distractor A is not correct because the procedure directs disabling the redundant valve, not the valve with the faulty indication or leak. Distractor C is incorrect because it is not part of the procedure direction and because this valve, if manipulated, would cause a loss of containment integrity again. DIstractor D is incorrect because the procedure directs disabling the redundant valve, which is HCV-1560B, not HCV-1560A. These three distracters are all credible because they are correct in step 6 of AOP-12 when these steps are taken when inoperable automatic isolation valve(s) are inoperable for reasons other than excessive leakage or faulty control room indication.
Technical Reference(s): AOP-12, Loss of Containment Integrity Rev. 6 Proposed references to be provided to applicants during examination: Attached Figure Q22-1__
Learning Objective: __07-17-12 1.3 DESCRIBE the major recovery action of the AOP.
(As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam __N/A_
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(9)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _24__
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # __006 K6.03__
Importance Rating __3.6_ _____
K/A Statement: (006 Emergency Core Cooling) Knowledge of the effect of a loss or malfunction the following will have on the ECCS: Safety Injection Pumps Proposed Question:
A small break LOCA has occurred. The following plant conditions exist:
Pressurizer pressure is 750 psia and slowly rising Pressurizer level is 0%
Reactor Vessel level is 63% and trending upward RCS subcooling is 23 °F Both steam generator pressures are 700 psia Narrow range steam generator levels are 29%
Containment pressure is 6 psig and stable All containment air coolers are running All charging pumps are currently running HPSI pump SI-2A is currently running HPSI pump SI-2B has tripped No containment spray pumps are running LPSI pump SI-1A is currently running LPSI pump SI-1B has tripped A recirculation actuation signal has occurred Per EOP-03, LOSS OF COOLANT ACCIDENT, what action should be taken?
A. Start HPSI pump SI-2C to meet minimum required safety injection flow B. Stop HPSI pump SI-2A as HPSI trip and throttle criteria have been met C. Stop LPSI pump SI-1A as LPSI trip and throttle criteria have been met D. Start CS pump SI-3A to commence cooling of recirculation flow Proposed Answer: __C___
Explanation: Per EOP-03, and STM Vol. 15, LPSI pumps are supposed to trip following a RAS to ensure that they arent operating at their shutoff head (and are not required for accident mitigation following a RAS). In this case, the pressurizer pressure is still above the LPSI shutoff head, and since the RAS has occurred, the recirculation flow path back to the SIRWT has been isolated. Therefore, LPSI pump SI-2A should have tripped and needs to be stopped to prevent damage to the pump. The LPSI trip and throttle criteria (per the EOP floating steps) has been reached. Answer A is plausible if minimum required safety injection flow was not being met, but due to the fact that pressurizer pressure and reactor vessel water level are rising, adequate
injection is being maintained. Answer B is plausible in that HPSI trip and throttle criteria would be met if pressurizer level was greater than 10%, which it is not here. One HPSI pump is still required per the floating steps for a LOCA, and all HPSI pumps are only stopped for a MSLB.
Answer D is plausible in that it is a viable method to cool recirculation flow following a RAS, however, the requirements for entering shutdown cooling, per EOP-03, have not yet been met.
The containment spray pumps are not started until shutdown cooling is entered.
Technical Reference(s): __EOP-03 Loss of Coolant Accident, EOP/AOP Floating Steps, EOP/AOP Attachments, STM Vol. 15 ECCS__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None_______
Learning Objective: __07-18-13 3.3 GIVEN a copy of the LPSI Stop and Throttle Criteria floating step, EXPLAIN the conditions that must be satisfied prior to and during throttling and stopping LPSI pumps._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam __N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _25_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # _076 K2.01_
Importance Rating _2.7*_ _____
K/A Statement: (076 Service Water) Knowledge of bus power supplies to the following: Service water (Raw water for FCS)
Proposed Question:
Which raw water pumps are powered from the 1A3 bus?
A. AC-10A and AC-10B B. AC-10A and AC-10C C. AC-10B and AC-10D D. AC-10C and AC-10D Proposed Answer: __B___
Explanation: Per STM Vol. 35, Raw water system, bus 1A3 supplies pumps AC-10A and AC-10C, while bus 1A4 powers pumps AC-10B and AC-10D. Therefore, answer B is correct. The other answers are incorrect yet plausible as they are possible combinations of raw water pumps.
Technical Reference(s): __STM Vol. 35 Raw Water System Rev. 26, 11405-E-7 Sheets 1 and 2 (Revs. 66 and 30)_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_______
Learning Objective: __07-11-19 1.0 When given specific plant conditions APPLY operating principles to diagnose Raw Water System response. (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam _N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X___
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _26_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2__ _____
Group # _1___ _____
K/A # _062 A2.05_
Importance Rating _2.9__ _____
K/A Statement: (062 AC Elect Dist.) Ability to (a) predict the impacts of the following malfunctions or operations on the ac distribution system; and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations: methods for energizing a dead bus Proposed Question:
The reactor is currently shutdown for refueling with a reactor coolant temperature of 110 °F.
480VAC bus 1B3C has been deenergized for maintenance, which is now complete. However, due to other ongoing maintenance, 480VAC bus 1B3C will be energized from its alternate supply. All other 4160V and 480V buses are currently energized.
Current breaker status:
BT-1B3C is open 1B3C is open All breakers on bus 1B3C are open BT-1B4C is closed, powering bus 1B3C-4C Per OI-EE-2, 480 VOLT AC SYSTEM NORMAL OPERATION, what additional actions are necessary to energize bus 1B3C from its alternate source?
A. Ensure T1B-3C is open and close breaker 1B3C B. Ensure T1B-3C is closed and close breaker 1B3C C. Ensure T1B-3C is open and close breaker BT-1B3C D. Ensure T1B-3C is closed and close breaker BT-1B3C Proposed Answer: __C___
Explanation: Per OI-EE-2, Attachment 4, intentional realignment of the 480 VAC buses is prohibited at RCS temperatures greater than 300 degrees. Current RCS temperature is 110 degrees, so the bus can be aligned to its alternate source. Per Step 4 of Attachment 4, Steps 4.e and 4.h state to ensure breaker T1B-3C is open and close breaker BT-1B3C, making answer C correct. Answer B is plausible because those are the actions that would be taken if the bus was being powered from its normal supply (4160V bus 1A3). Answers A and C are incorrect but plausible if the applicant cannot remember which breaker goes to which supply (BT-1B3C connect the bus to the 4160VAC bus 1A4, 1B3C connects it to 1A3). T1B-3C supplies the transformer from the 1A3 bus to the 1B3C bus.
Technical Reference(s): __OI-EE-2, 480 Volt AC System Normal Operation Rev.
94, Figure 8.1-1, Simplified One-Line Diagram Plant Electrical System Rev. 141____________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None_____
Learning Objective: __07-13-03 1.5 EXPLAIN the principles of operation of the 480 VAC Electrical Distribution System._________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ___N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _27_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __1__ _____
K/A # _022 A4.01_
Importance Rating _3.6__ _____
K/A Statement: (022 Containment Cooling) Ability to manually operate and/or monitor in the control room: CCS fans Proposed Question:
Per OP-ST-VA-008, SURVEILLANCE TEST - CONTAINMENT VENTILATION SYSTEM CONTAINMENT FANS EXERCISE TEST, containment air cooling and filtering units, VA-3A/3B are considered acceptable if amperage is less than ____1____ amps, and containment air cooling units, VA-7C/D, are acceptable if amperage is less than ____2____.
A. 130; 130 B. 130; 250 C. 250; 130 D. 250; 250 Proposed Answer: __C___
Explanation: Per OP-ST-VA-008 acceptance criteria, VA-3A/B are acceptable as long as amperage is less than 250 amps and VA-7C/7D are acceptable as long as amperage is less than 130 amps, making C correct. The only information the candidate needs to know is which cooling unit is bigger and thus will draw a larger current. VA-3A/B is much larger due to the filtration. Answer B is plausible if the individual gets the coolers reversed. Answer A and "D" are plausible if the candidate believes that the two units would draw the same current.
Technical Reference(s): __OP-ST-VA-0008, R10, STM Vol. 10 Containment Structure and Ventilation System, Rev.
33_________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None______
Learning Objective: __07-14-02 1.1 INTERPRET and EXPLAIN the indications located in the Control Room associated with the Containment Air Cooling and Filtering System._____________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ___N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _28_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2__ _____
Group # _1___ _____
K/A # _063 A4.03_
Importance Rating _3.0*_ _____
K/A Statement: (063 DC Elect Dist.) Ability to manually operate and/or monitor in the control room: Battery discharge rate Proposed Question:
A loss of offsite power occurred seventy-five minutes ago. At that time, diesel generator 1 failed to start. Diesel generator 2 started successfully and is currently supplying power to its 4160 VAC bus. EOP-02, LOSS OF OFF-SITE POWER / LOSS OF FORCED CIRCULATION, is in progress.
What action is currently required by EOP-02 and the EOP/AOP FLOATING STEPS to minimize DC loads?
A. Stop LO-4, the DC oil pump B. Transfer AI-41A power source to DC bus #2 C. Stop LO-12B, the DC seal oil pump D. Transfer DC bus 1 power source to battery charger #3 Proposed Answer: __A___
Explanation: At this point, floating step BB applies, which requires minimizing DC loads if any DC bus is not energized by its charger (DC Bus 1). Per EOP Attachment 6, that requires stopping the DC oil pump after the turbine stops turning, approximately one hour into the event).
Since its greater than one hour since the turbine tripped, the DC oil pump should be stopped and answer A is correct. Answer B is a correct action for the loss of a DC bus (AOP-16), but the bus isnt lost, its just lost AC power. Answer C is plausible in that after two hours, the operator is directed to secure this pump but two hours has not yet elapsed. Answer D is plausible in that the power supply can be cross-tied to battery charger #3, but these actions are not proceduralized.
Technical Reference(s): __Figure 8.1-1 Rev. 141, EOP/AOP Attachments Rev. 29, EOP/AOP Floating Steps Rev. 1, EOP-02, "Loss of Off-Site Power/Loss of Forced Circulation", Rev. 18, AOP-16, "Loss of Instrument Bus Power" Rev. 17___________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_______
Learning Objective: ___07-18-17 2.3 GIVEN a copy of Attachment 6, EXPLAIN the steps necessary to minimize DC loads.________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ____________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(7)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _29_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _2___ _____
K/A # _086 A1.01_
Importance Rating _2.9__ _____
K/A Statement: (086 Fire Protection) Ability to predict and/or monitor changes in parameters (to prevent exceeding design limits) associated with Fire Protection System operating the controls including: Fire header pressure Proposed Question:
The following conditions were noted during preparations for a surveillance test of fire protection system motor-driven pump FP-1A:
- FP-1A and FP-1B (the fire protection system diesel-driven pump) start switches were in the AFTER-STOP position in the control room at CB-10/11
- FP-1B local controller hand switch was in AUTO
- An operator is reading fire main pressure from the pressure gauge located above the southeast hose cabinet in the Control Room.
Suddenly, the operator reports that pressure instantly dropped to 95 psig.
Based on these indications:
A. FP-1A started automatically after 10 seconds FP-1B started automatically after 10 seconds B. FP-1A started immediately FP-1B started immediately C. FP-1A started immediately FP-1B started automatically after 10 seconds D. FP-1A started automatically after 10 seconds FP-1B started immediately Proposed Answer: _B___
Explanation: Per STM Vol. 21, Fire Protection System, FP-1A is the electric driven fire pump and starts automatically when fire main pressure drops below 110 psig. FP-1B will start after 10 seconds if FP-1A fails to start. FP-1B also starts immediately if fire main pressure drops below 100 psig. Therefore, both start immediately and answer B is correct. Answer A is plausible if
the applicant thinks that both pumps have a time delay. Answer C is plausible because this would happen if the fire main pressure dropped below 110 psig (but above 100 psig) and pump A failed to run. Answer D is plausible if the applicant reverses which pump has a time delay circuit, and does not recall the automatic start if header pressure drops below 100 psig.
Technical Reference(s): __STM Vol. 21 Fire Protection System Rev. 29, OI-FP-1, Operating Instruction - Fire Protection System Water System Rev. 77, Lesson Plan 7-11-12, Fire Protection Rev. 16 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None____
Learning Objective: __07-11-12 1.0 When given specific plant conditions, be able to APPLY operating principles to diagnose Fire Protection System response._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ___N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(5)___
55.43 _____
Comments:
New __X____
Question History: Last NRC Exam __N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _31_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _2__ _____
K/A # _015 A3.02_
Importance Rating _3.7__ _____
K/A Statement: (015 Nuclear Instrumentation) Ability to monitor automatic operation of the NIS, including: Annunciator and alarm signals Proposed Question:
While operating at 100% power, the Rod Drop Nuclear Instrumentation Channel annunciator alarms on CB-4. Which of the following events will cause that alarm?
A. One of the power range NI channels has detected that power has dropped 8% in 8 seconds B. One of the power range NI channels has detected that power has dropped 10% in 12 seconds C. One of the wide range NI channels has detected that power has dropped 8% in 8 seconds D. One of the wide range NI channels has detected that power has dropped 10% in 12 seconds Proposed Answer: __A___
Explanation: Per STM Vol. 29 and Lesson plan 07-12-19, under the section describing power range safety channels, it states that a difference of 8% in 8 seconds between the prompt and delayed NI power signals developed in the rod drop detection circuit, it actuates a rod drop nuclear instrumentation channel alarm, making answer A correct. Answer B is plausible if the student does not remember that the power drop must occur such that 1% per second over an eight second interval is met. Answers C and D are plausible if the student believes that it is the wide range NI channels that have input into the rod drop bistable. The wide range NIs generate the start-up rate signal and the permissive for zero power mode bypass, as well as inputting to the SCEAPIS (CEA position indication) digital control system.
Technical Reference(s): STM Vol. 29, Nuclear Instrumentation System Rev. 23, Lesson Plan 07-12-19 Rev. 12___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None______
Learning Objective: _07-12-19 1.7b EXPLAIN the function performed by each of the following Power Range NI System components: Rod drop detection circuit bistable.________________________ (As available)
Question Source: Bank # _______
Modified Bank # __X___ (Note changes or attach parent)
New _______
Question History: Last NRC Exam ___2002_
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis _X___
10 CFR Part 55 Content: 55.41 _(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _32_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _2___ _____
K/A # _011 A1.03_
Importance Rating _2.8_ _____
K/A Statement: (011 Pressurizer Level Control) Ability to predict and/or monitor changes in parameters (to prevent exceeding design limits) associated with operating the PZR LCS controls including: VCT level Proposed Question:
CVCS is in normal at power alignment.
VCT level is at 86 percent when controlling pressurizer level control channel LI-101X fails high.
No boration or dilution is in progress.
VCT level will _____1_____, then _____2_____.
A. Increase to 94.4%; letdown would divert to the RWTS B. Increase to 91.5%; automatic makeup would stop C. Decrease to 48%; automatic makeup would start D. Decrease to 3.2%; charging pump suction would swap to SIRWT Proposed Answer: __A___
Explanation: Per STM Vol. 12, Chemical and Volume Control System, VCT makeup valves are in manual mode for normal at power alignment. Per the question stem, the VCT inlet valve is in automatic mode. Therefore, when VCT level reaches 94.4%, it will automatically divert letdown to the radioactive waste treatment system, making A the correct answer. Answer B is incorrect but plausible because that is the setting at which the inlet valve will return letdown to the VCT. Answer C is incorrect but plausible because 48% (per EM-219) is when auto makeup will start. Answer D is incorrect but plausible because that occurs when VCT level decreases to 3.2%.
Technical Reference(s): __STM Vol. 12 CVCS, Rev. 44____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None________
Learning Objective: ___07-11-02 1.2 EXPLAIN the manual and automatic functions of control valves in the CVCS._______________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ____N/A__
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X__
10 CFR Part 55 Content: 55.41 _(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _33__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _2___ _____
K/A # _072 A4.01_
Importance Rating _3.0*_ _____
K/A Statement: (072 Area Radiation Monitoring (ARM) System) Ability to manually operate and/or monitor in the control room: Alarm and interlock setpoint checks and adjustments Proposed Question:
The reactor was just shutdown for refueling. OI-RM-1, RADIATION MONITORING is being performed to verify the area monitor setpoints for monitor RM-072, Containment Main Floor, East (1022-10). The as-found warn/alert setpoint was set at 20 mr/hr. The as-found high alarm setpoint was set at 30 mr/hr. These setpoint values are the same as the last time this check was performed, while the reactor was still at power.
Per OI-RM-1, the warn/alert setpoint _____(1)_____ and the high alarm setpoint
_____(2)_____.
A. Needs adjustment; needs adjustment B. Needs adjustment; does not need adjustment C. Does not need adjustment; needs adjustment D. Does not need adjustment; does not need adjustment Proposed Answer: ___B___
Explanation: Per OI-RM-1, the setpoints should be set to the values specified in TDB-IV-8. Per TDB-IV-8, Rev. 83, the power operation setpoints for RM-072 are 20 and 30 mr/hr. For refueling operations, these setpoints are 10 and 30 mr/hr. Since the reactor is shutdown, the as-found warn/alert setpoint is too high (20 mr/hr vs. 10 mr/hr). Therefore, the warn/alert setpoint needs adjusting. The high setpoint is correct for both power and refueling operations and therefore does not need adjusting. Thus answer B is correct. The other answers are incorrect but plausible if the student does not know that there are different values for this monitor since the values given in the stem are for the at power values, or if the student does not remember which values change.
Technical Reference(s): __OI-RM-1, Radiation Monitoring, Rev. 57, TDB-IV.8, Area Monitoring Setpoints Rev. 83_____________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None______
Learning Objective: ___07-12-3 4.0 EXPLAIN the operations, actuations and applications of the individual radiation monitors ___ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ___N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X_
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(11)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _34_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2__ _____
Group # _2___ _____
K/A # _033 A2.02_
Importance Rating _2.7_ _____
K/A Statement: (033 Spent Fuel Pool Cooling) Ability to (a) predict the impacts of the following malfunctions or operation on the Spent Fuel Pool Cooling System; and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations: Loss of SFPCS Proposed Question:
Given the following:
- The plant is in a refueling outage
- A full core offload was just completed
- Shutdown cooling is in service
- Refueling cavity is flooded
- Spent fuel pool cooling pump, AC-5A, is out of service for maintenance
- Spent fuel pool cooling pump, AC-5B, has just tripped and cannot be restarted What actions are taken per AOP-36, LOSS OF SPENT FUEL POOL COOLING, to establish alternate spent fuel pool cooling?
A. Align fuel transfer canal drain pumps, AC-13A and AC-13B, to circulate water between the spent fuel pool and the safety injection and refueling water storage tank, SI-5 by using currently installed valves ONLY.
B. Align fuel transfer canal drain pumps, AC-13A and AC-13B, to circulate water between the spent fuel pool and the safety injection and refueling water storage tank, SI-5 by using currently installed valves AND by installing spool pieces.
C. Align the low pressure safety injection pumps, SI-1A and SI-1B, to circulate water between the spent fuel pool and the shutdown cooling system by using currently installed valves ONLY.
D. Align the low pressure safety injection pumps, SI-1A and SI-1B, to circulate water between the spent fuel pool and the shutdown cooling system by using currently installed valves AND by installing spool pieces.
Proposed Answer: __D___
Explanation: Per AOP-36, with the RCS vented and SDC in service, the operators are directed to align the LPSI pumps to circulate water between the pool and SDC, which requires installation of spool pieces. The fuel transfer canal pumps, in conjunction with the fuel pool circulating pumps, are used to circulate water between the spent fuel pool and the SIRWT when the reactor is critical or when PPLS is NOT blocked and do not require installation of spool pieces. In this case, the fuel pool pumps are both unavailable and so this method could not be
used, but it is a method in AOP-36, and so is plausible. Therefore, answers A, B, and C are all plausible but incorrect and answer D is correct.
Technical Reference(s): __Lesson Plan 07-11-24, Rev. 12, ARP-AI-100/A52, Rev.
8, AOP-36 Loss of Spent Fuel Pool Cooling, Rev. 7_____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_______
Learning Objective: __07-11-24 1.5 DISCUSS the principles of Abnormal operation of the Spent Fuel Pool Cooling System in terms of flowpaths, major parameters (temperature, pressure, flow, etc.), alarms and control devices._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam _N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(5)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _35_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _2___ _____
Group # _2___ _____
K/A # _014 A4.02_
Importance Rating _3.4__ _____
K/A Statement: (014 Rod Position Indication) Ability to manually operate and/or monitor in the control room: Control rod mode-select switch Proposed Question:
During a reactor startup, as group 4 CEAs are being withdrawn (from 50 inches) with the Control Rod Drive Mode Selector switch in the Manual-Sequential position, an automatic reactor trip occurred due to high startup rate. One group 4 CEA failed to insert because its clutch failed to disengage. How will the CEA Rod Rundown (RRD) feature function in this situation?
A. The RRD function will immediately begin to insert the withdrawn CEA B. The RRD function will begin to insert the withdrawn CEA as soon as the mode selector switch is placed in the Manual Individual position C. The RRD function will NOT insert the withdrawn CEA due to the zero power mode bypass being enabled D. The RRD function will NOT insert the withdrawn CEA due to the CEA position deviation Proposed Answer: __D___
Explanation: Per STM. 11, the RRD feature is the only automatic function still enabled for FCS rod drive system. From the STM: Rod rundown is designed to start all CEDMs driving in when a reactor trip occurs. Rod rundown is defeated when the mode selector switch is in OFF or any rod block actuates. The assumption is that a CEA position deviation causes the rod block which then causes RRD to be defeated.
Technical Reference(s): __STM 11, Control Rod Drive System Rev. 19, Lesson Plan 07-12-26, Rev. 12, TDB V.3 Rev. 4, USAR Section 7.5 Rev. 24__________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None___
Learning Objective: _7-17-02 1.00 Use the CEA and Control System Malfunctions Procedure to mitigate the consequences of a malfunction of a CEA, the CEA control system or CEA position indication________________________ (As available)
Question Source: Bank # _071702 025____
Modified Bank # _______ (Note changes or attach parent)
New _____
Question History: Last NRC Exam ___2005_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis _X____
10 CFR Part 55 Content: 55.41 _(5)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _36_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __2__ _____
K/A # __075 K4.01_
Importance Rating __2.5_ _____
K/A Statement: (075 Circ Water) Knowledge of circulating water system design feature(s) and interlock(s) which provide for the following: Heat sink Proposed Question:
The INTERLOCKS that must be satisfied to start a Circulating Water pump are:
A. Discharge MOV closed, suction sluice gate open B. Discharge MOV open, seal water supply valve open C. Discharge check valve closed, seal water supply valve open D. Discharge check valve closed, suction sluice gate open Proposed Answer: __D___
Explanation: Per STM Vol. 7, Lesson Plan 07-11-03, and OI-CW-1, the pump suction inlet sluice gate (CW-15C), must be open and the discharge check valve must be closed before the circulating water pump will start.
Technical Reference(s): _STM Vol. 7 Circulating Water System Rev. 37, Lesson Plan 07-11-03, Circulating Water System, Rev. 12, OI-CW-1, Circulating Water System Normal Operation Rev.
62 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None________
Learning Objective: __07-11-03 3.0 DISCUSS the major actions for a Circulating Water System startup using OI-CW-1 as a reference. (As available)
Question Source: Bank # ___071103 016___
Modified Bank # _______ (Note changes or attach parent)
New ______
Question History: Last NRC Exam __N/A___
Pulled from FCS bank, written in 1989 but it has not been used on an NRC exam.
Question Cognitive Level: Memory or Fundamental Knowledge _X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(7)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _37_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __2__ _____
K/A # __002 K6.03_
Importance Rating __3.1_ _____
K/A Statement: (002 Reactor Coolant) Knowledge of the effect of a loss or malfunction on the following RCS components: Reactor vessel level indication Proposed Question:
The RCS is being drained to mid-loop using OI-RC-2A, RCS FILL AND DRAIN OPERATIONS, , RCS Draining. The following plant conditions exist:
Fuel is in the reactor vessel The reactor vessel head is in place The pressurizer manway has been removed RCS level indicators, LI-119, LI-197, and LI-199 are in service and all indicating 1014 Both trains of RVLMS are unavailable Two CETs are providing temperature indication How large of a discrepancy between LI-119, LI-197, and LI-199 would require an evaluation to determine the need to stop draining the RCS?
A. 6 inches when RCS level reaches 1014 B. 6 inches when RCS level reaches 1011 C. 3 inches when RCS level reaches 1014 D. 3 inches when RCS level reaches 1011 Proposed Answer: ___B__
Explanation: Answer A is incorrect, LI-119, LI-197, and LI-199 should normally agree by the time RCS Level reaches 1011 (not 1014). (Step 2 note). Answer B is correct. If there is a large discrepancy (6 inches) during draining below 1011, then evaluate the need to stop draining and notify I&C. Answer C & D are incorrect, the discrepancy is less than 6 inches.
Technical Reference(s): _OI-RC-2A, RCS Fill and Drain Operations Rev. 74__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_______
Learning Objective: ___07-11-20 3.7 LIST the major steps required to drain the Reactor Coolant System per OI-RC-2A.__________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X__
Question History: Last NRC Exam ____N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _38_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __2__ _____
Group # __2__ _____
K/A # __001 K5.28_
Importance Rating __3.5_ _____
K/A Statement: (001 Control Rod Drive) Knowledge of the following operational implications as they apply to the CRDS: Boron reactivity worth vs. boron concentration, i.e., amount of boron needed (ppm) to change core reactivity to desired amount.
Proposed Question:
The group 4 CEAs will be partially inserted into the core for an approved core physics test.
During the CEA insertion, reactor power will be held constant and RCS T-cold will be maintained at its programmed value. Assuming the reactivity change due to CEA insertion is the same, conducting the test at the end of cycle will require a _____1_____ change in boron concentration and _____2_____ dilution water than conducting this test at the beginning of cycle.
A. Larger; more B. Larger; less C. Smaller; more D. Smaller; less Proposed Answer: _C____
Explanation: At EOC, the boron worth is greater so it takes a smaller change in boron concentration but it also takes much more dilution water per ppm change, making answer C correct. Answer A is plausible if boron worth was less. Answer B is plausible if it was thought that it would take less dilution water (and that boron worth is less at EOC). Answer D is plausible if the applicant thought it would take less dilution water.
Technical Reference(s): ___TDB-V.12, Miscellaneous Formula Sheet, Rev. 10 The boron concentration information is in GFECBT-R04-LP.doc pg. 61 and 77 (proprietary, so not saving to our drive)
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_________
Learning Objective: _07-11-02 03.05 Calculate the amount of concentrated boric acid or water required to adjust Reactor Coolant System boron concentration_ (As available)
Question Source: Bank # __071102 059____
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam __2007______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(1)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _39_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __1__ _____
K/A # _000055 EK3.02___
Importance Rating _4.3__ _____
K/A Statement: (055 Station Blackout) Knowledge of the reasons for the following responses as they apply to the SBO: Actions contained in EOP for loss of offsite and onsite power Proposed Question:
Given the following:
Station blackout has occurred.
FW-10 is currently supplying AFW flow to both S/Gs Condenser vacuum is 18 inches Hg and lowering Work is in progress to restore offsite power and DG #1 EOP-07, STATION BLACKOUT, has been entered and actions through Step 4 completed Per Step 5 of EOP-07, what are the preferred actions the operator should take and the basis for those actions?
A. Use steam dumps and turbine bypass valves for cooldown because vacuum levels are currently sufficient to use the condenser as the preferred cooldown method B. Ensure that steam dumps and turbine bypass valves are closed and continue use of the atmospheric dump valve for cooldown C. Close the main steam isolation valves and bypass valves to prevent pressurization of the condenser and use the main steam safety valves for cooldown D. Isolate steam generator blowdown to minimize the loss of condenser vacuum and extend the time that the condenser can be used for cooldown Proposed Answer: __B__
Explanation: When condenser vacuum is less than 19 inches Hg, the procedure directs isolating the condenser by ensuring the steam dumps and turbine bypass valves are closed.
This allows use of additional cooldown methods, including the ADV, making B correct. A is incorrect but plausible if condenser vacuum was 19 inches Hg or greater. C is incorrect but plausible because that action is directed by procedure if the MSIVs are closed. D is incorrect but plausible because the EPG directs this action because its reference plant has blowdown discharge to the condenser. At FCS, it discharges to the raw water system and isolation is not necessary.
Technical Reference(s): ___Lesson Plan 7-18-17 Rev. 12, TBD-EOP-07, Station Blackout, Rev. 14_______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None_______
Learning Objective: __07-18-17 1.1 EXPLAIN the major strategy used to mitigate the consequences of a SBO._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam __N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(10)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _40_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __1___ _____
K/A # _000011 EK2.02__
Importance Rating _2.6*__ _____
K/A Statement: (Large Break LOCA) Knowledge of the interrelations between the following and the Large Break LOCA: Pumps Proposed Question:
During a LOCA, the EOPs may direct that all RCPs be secured. Other than for NPSH considerations, which ONE of the following is the basis for taking this action?
A. To slow the rate of RCS depressurization B. To prevent excessive uplift force on the fuel assemblies C. To allow stratification of fluid phases and reduce rate of inventory loss D. To remove the RCPs as a source of heat input to the RCS Proposed Answer: __C___
Explanation: Per lesson plan 07-15-23, RCPs are tripped once NPSH can no longer be maintained in order to conserve RCS inventory. Instead of having a beneficial transition from liquid to steam flow, a steam-water mixture would continue to flow out of the break. It causes less water loss at the beginning of the transient but results in a larger loss over the whole transient due to the slower pressure decrease. Therefore, answer C is correct. Answer A is incorrect but plausible in that tripping RCPs does not slow the RCS depressurization. Answer B is incorrect but plausible because that is the reason that one RCP is tripped below 500oF.
Answer D is incorrect but plausible because this would be the reason for tripping the RCPs for a loss of all feedwater event, but not a LOCA.
Technical Reference(s): _TDB-EOP-03 "Loss of Coolant Accident" Rev. 36, Lesson Plan 7-15-23 Rev. 10_____________________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None_______
Learning Objective: _07-18-13 2.01________________________ (As available)
Question Source: Bank # __071813 002___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam __1995____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X___
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _41_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000008 AK1.02_
Importance Rating _3.1_ _____
K/A Statement: (008 PZR Vapor Space Accident) Knowledge of the operational implications of the following concepts as they apply to a Pressurizer Vapor Space Accident: Change in leak rate with change in pressure Proposed Question:
Pressurizer safety valve RC-141 leakage increases to the point where it exceeds the capacity of the charging pumps. The plant has been tripped, standard post trip actions have been completed, safety injection is initiated, and operators have transitioned to EOP-03 Loss of Coolant Accident.
Operators will commence a plant cooldown and depressurization _____(1)_____ using the steam generators. Following this cooldown and depressurization, the break flow is
_____2_____.
A. Within the limits of EOP/AOP Attachment 27, "P-T Limit Restoration"; unchanged B. Within the limits of EOP/AOP Attachment 27, "P-T Limit Restoration"; reduced C. Not to exceed 100oF per hour; unchanged D. Not to exceed 100oF per hour; reduced Proposed Answer: __D___
Explanation: Per Lesson Plan 07-15-23 and TBD-EOP-03, if the break is unisolable, the plant is rapidly cooled and depressurized to minimize break flow (and maximize SI flow). Since this leakage is through a safety valve, it is unisolable. The EOP also directs that the maximum cooldown rate is 100 degrees per hour, making "D" correct. Attachment 27 would only be used if there was an uncontrolled cooldown, (i.e. excess steam demand). Therefore, although plausible, answers A and B are incorrect. Answer C is incorrect because break flow decreases as pressure decreases.
Technical Reference(s): __Lesson Plan 07-15-23 Loss of Coolant Accidents Rev.
10, TBD-EOP-03 Loss of Coolant Accident Rev. 36__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None______
Learning Objective: _07-15-23 1.6 and 2.4______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam __N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(8)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _42_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000022 AA1.01_
Importance Rating _3.4_ _____
K/A Statement: (00022 Loss of Reactor Coolant makeup) Ability to operate and/or monitor the following as they apply to the Loss of Reactor Coolant Makeup: CVCS letdown and charging Proposed Question:
AOP-33, CVCS LEAK has been entered for a suspected CVCS leak.
Current plant parameters are as follows:
RCS pressure 2050 psia and slowly decreasing Pressurizer level 55% and slowly decreasing Tave is on program VCT level is 45% and slowly increasing Reactor coolant drain tank level is stable Pressurizer quench tank level is stable Auxiliary building sump tank level is slowly increasing Charging and letdown have been isolated LCV-218-2 has been closed Based on the above, which ONE of the following relief valve failures is the most probably location of the leak?
A. Relief valve CH-224, downstream of letdown heat exchanger CH-7 B. Relief valve CH-208, RCP seal leakage piping C. Relief valve CH-180, charging pump CH-1A suction piping D. Relief valve CH-183, charging pump CH-1A discharge piping Proposed Answer: __C___
Explanation: Per AOP-33, LCV-218-2 is closed only if VCT level is decreasing following isolation of letdown and CVCS. This indicates that the leak is not in the letdown line.
Therefore, answer A is incorrect. If VCT level recovers following closure of LCV-218-2, then the leak is not in the VCT, therefore answer B is incorrect. The leak must be in the charging line. Per STM Vol. 12 and Fort Calhoun P&ID Sheets 11, 18, 136, and 137, the discharge piping relief valve relieves back to the suction side of the pump. The suction piping relief valve relieves to the equipment drain header and thus to the aux building sump, whose levels are increasing. Therefore, answer D is incorrect and answer C is correct.
Technical Reference(s): _STM Vol. 12, Chemical and Volume Control System Rev. 44, TBD-AOP-33 "CVCS Leak" Rev. 7, Sheets 11,
18, 136 and 137 from FCS P&ID sheets, Lesson Plan 07-17-33 Rev. 3______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_________
Learning Objective: _07-17-33 1.3 DESCRIBE the major recovery actions of this AOP
________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam __N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X___
10 CFR Part 55 Content: 55.41 _(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _43__
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000026 2.4.35__
Importance Rating _3.8_ _____
K/A Statement: (000026 Loss of CCW) For Loss of Component Cooling Water, knowledge of local auxiliary operator tasks during an emergency and the resultant operational effects.
Proposed Question:
A loss of component cooling water has occurred. The reactor is tripped and standard post trip actions complete. Operators are currently continuing in AOP-11, LOSS OF COMPONENT COOLING WATER, to manually align raw water to provide cooling to desired components.
Control room ventilation fan VA-46A is in service and a local operator has been sent to establish raw water flow to this component.
Per Step 12.i of AOP-11, the operator will establish flow by:
A. Unlocking and releasing hand-jacks from both inlet and outlet valves and opening these valves by placing the three-way manual control valve to OPEN B. Unlocking and releasing hand-jacks from the inlet valve ONLY and opening this valve by placing the three-way manual control valve to OPEN C. Placing the three-way manual control valve to OPEN for both inlet and outlet valves D. Placing the three-way manual control valve to OPEN for the inlet valve ONLY Proposed Answer: __A___
Explanation: Per AOP 11 Step 12.i, RW flow is established to VA-46A by unlocking and releasing hand-jacks from both HCV-2898C and HCV-2898D (the inlet and outlet valves) and placing IA-HCV-2898C/D-TV to OPEN. . Therefore, answer A is correct. Answer B is plausible if its thought that the outlet is already opened or is interlocked with the inlet valve similar to CCW valve manipulations in the control room for this cooler. Distractors C and D are plausible if the applicant does not remember that both of these valves are locked closed and must be unlocked and hand-jack released to open.
Technical Reference(s): __TBD-AOP-11 Loss of Component Cooling Water Rev.
15, Lesson Plan 7-17-11 Loss of Component Cooling Water AOP-11 Rev. 8, STM Vol. 8, Component Cooling Water System, Rev. 39__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None__________
Learning Objective: __7-17-11 1.3 DESCRIBE the major recovery actions of this AOP._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(10)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _44_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000038 EK3.06_
Importance Rating _4.2__ _____
K/A Statement: (000038 SGTR) Knowledge of the reasons for the following responses as they apply to the SGTR: Actions contained in EOP for RCS water inventory balance, S/G tube rupture, and plant shutdown procedures Proposed Question:
Given the following conditions:
Steam generator tube rupture has occurred on RC-2B Reactor is tripped Safety injection has actuated Standard post trip actions are complete EOP-04 has been entered.
RCS pressure is 1350 psig and stable RCS Th is 545°F Per EOP-04, STEAM GENERATOR TUBE RUPTURE, the next steps the operators will take will be to cooldown the RCS to less than _____1_____ T-hot because _____2_____.
A. 510 degrees F; this meets the 50 degrees subcooling requirement after depressurization B. 525 degrees F; this meets the 20 degrees subcooling requirement after depressurization C. 510 degrees F; this value is less than the saturation temperature to lift a main steam safety valve D. 525 degrees F; this value is less than the saturation temperature to lift a main steam safety valve Proposed Answer: __C___
Explanation: Per TBD-EOP-04, page 17, the goal of this step is to reduce the RCS hot leg temperature to less than 510°F prior to isolating the affected S/G. This reduction in temperature is to prevent lifting main steam safety valves in the affected S/G. The temperature in the isolated S/G will be essentially Thot since it is no longer being used as a heat sink.
The first MSSVs open at 1000 psia which corresponds to a saturation temperature of 545°F.
The next major step to prevent lifting the MSSVs will be to depressurize the RCS to less than 1000 psia. A hot leg temperature of 545°F and 1000 psia RCS pressure would result in a saturated RCS. A Thot less than 525°F would allow 20°F subcooling but this would not meet the RCP NPSH requirements. The 510°F is used because it is less than the saturation temperature to lift main steam safety valves and is low enough to meet the NPSH requirements for the RCPs
when RCS pressure is reduced to 1000 psia. This makes Distractor B and D incorrect because 525 degrees F is the wrong temperature. Distractor A is incorrect because the subcooling for RCP NPSH at 1000 psig is 20 degrees per the TBD-EOP basis document.
Technical Reference(s): _EOP-04, Steam Generator Tube Rupture, TBD-EOP-04, Steam Generator Tube Rupture, Rev. 26, EOP/AOP Attachments, Attachment 3, Rev. 29, Lesson plans 7 33, Rev. 5 and 7-18-14, Rev. 17___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None_________
Learning Objective: _07-15-33 2.5 EXPLAIN the operator actions required to mitigate a steam generator tube rupture event.__________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam __N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X___
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(10)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _45_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000065 AA2.08__
Importance Rating _2.9*_ _____
K/A Statement: (000065 Loss of Instrument Air) Ability to determine and interpret the following as they apply to the Loss of Instrument Air: failure modes of air-operated equipment Proposed Question:
An instrument air line blockage occurs that results in a loss of instrument air to Condensate Makeup valve, LCV-1190, and Condensate Dump valve, LCV-1193.
The reverse osmosis unit is out of service.
Assuming no operator actions were taken, how would Condensate Storage Tank level respond over the next six hours?
A. Condensate Storage Tank level would steadily lower B. Condensate Storage Tank level would steadily rise C. Condensate Storage Tank level would steadily lower for approximately 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, then begin to lower at a faster rate D. Condensate Storage Tank level would steadily rise for approximately 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, then begin to rise at a faster rate Proposed Answer: __C___
Explanation: Per STM 20, Feedwater and Condensate System, LCV-1190 fails open on a loss of air after the accumulators run out, which takes approximately 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />. LCV-1193 fails closed on a loss of instrument air. Due to system losses and LCV-1193 failing closed, the CST will slowly lower. Once the accumulator runs out of pressure, LCV-1190 fails open, which will allow CST flow to the condenser hotwell, which will cause the CST level to lower at an even faster rate. This makes answer C correct. Answer A is plausible but incorrect because this is what would occur if there were no accumulators on LCV-1190. Answer B is incorrect but plausible if there were no accumulators and the candidate mistakes which valve fails closed on a loss of air and which fails open. Answer D is incorrect but plausible if the candidate remembers the accumulators but mistakes which valve fails closed on a loss of air and which fails open.
Technical Reference(s): _STM Vol. 20, Feedwater and Condensate System Rev.
46_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None______
Learning Objective: ___07-11-04 1.5 EXPLAIN the principles of normal operation of the Condensate System as they apply to flowpaths, major operating parameters and operation of all major control devices.______________________ (As available)
Question Source: Bank # ___07-11-04-002___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam ___2001______
Used with KA 074.EA1.21 on 2001 FCS NRC exam.
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(4)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _46_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _00009 EA2.39__
Importance Rating _4.3_ _____
K/A Statement: (00009 Small Break LOCA) Ability to determine or interpret the following as they apply to a small break LOCA: Adequate core cooling.
Proposed Question:
Given the following:
A small break LOCA occurred in containment ten minutes ago Reactor is tripped Both trains of SI has actuated Both steam generators are removing decay heat One RCS pump per loop is operating Pressurizer level is 15% and stable RVLMS is 43% and stable Pressurizer pressure is 1200 psia and slowly decreasing CETs are reading 553°F and stable Per EOP Floating Step A, HPSI STOP AND THROTTLE CRITERIA, can the operators stop/throttle a HPSI pump based on the above conditions?
A. Yes, all criteria are met B. No, pressurizer level criterion is NOT met C. No, RVLMS level criterion is NOT met D. No, RCS subcooling criterion is NOT met Proposed Answer: _D____
Explanation: Per EOP/AOP Floating Step A, a HPSI pump can be stopped if all of the following are met: at least one S/G available for heat removal (there are two in this question);
PZR level greater than or equal to 10% and not lowering (yes); RVLMS indicates level is at or above top of the Hot Leg, 43% (yes); and RCS subcooling greater than or equal to 20°F. Per the steam tables, the saturation temperature at 1200 psia is 567°F. To meet the stop/throttle criteria, the CETs would need to indicate less than 547°F, which they dont (only 13°F of subcooling). Thus, answer D is correct. Answers B and C are incorrect but plausible if the applicant doesnt remember the HPSI stop and throttle criteria correctly. Answer A is plausible the applicant doesnt remember that the RCS must be 20°F subcooled (not just less than saturation).
Technical Reference(s): __Steam Tables, Lesson plans 07-18-13 and 07-15-23 Rev. 10, EOP/AOP Floating Steps, Rev. 1__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __Steam Tables______
Learning Objective: __07-15-23 2.6 EXPLAIN how the "Stop and Throttle" criteria is used to prevent reducing HPI flow when full HPI flow is required._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam __N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X___
10 CFR Part 55 Content: 55.41 _(5)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _47_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __1__ _____
K/A # _000027 AK2.03_
Importance Rating _2.6_ _____
K/A Statement: (027 PZR Pressure Control Malfunction) Knowledge of the interrelations between the Pressurizer Pressure Control Malfunctions and the following: Controllers and positioners Proposed Question:
The reactor tripped 20 minutes ago. The following conditions are observed:
PRESSURIZER PRESSURE OFF NORMAL HI-LO channel X and Y are in alarm PRESSURIZER LEVEL OFF NORMAL HI-LO channel X and Y are in alarm PRC-103Y (controlling channel) indicates 1980 psia and slowly lowering PRC-103X indicates 1978 psia and slowly lowering All backup heaters are in auto and deenergized LRC-101Y (controlling channel) indicates 29% and steady LRC-101X indicates 28% and steady Letdown flow is 36 gpm One charging pump is running Tcold indicates 533°F,Thot indicates 534°F, both are stable What action should be taken to restore RCS pressure to normal?
A. Select PRC-103X as the controlling pressure channel B. Take manual control of PRC-103Y to raise pressurizer pressure C. Select LRC-101X as the controlling level channel D. Place all pressurizer heater control switches in the ON position Proposed Answer: __C___
Explanation: With this pressurizer level, more charging pumps should be operating and letdown should be less, thus the level controller is not functioning properly and choice C is correct. The heaters are deenergized due to low pressurizer level causing RCS pressure to lower slowly decrease. Therefore, choices A, B, D are incorrect.
Technical Reference(s): _STM Vol. 36 RCS Instrumentation & Reactor Regulating Systems Rev. 23, STM Vol. 37 Reactor Coolant System Rev. 42__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __None_______
Learning Objective: ___07-11-20 4.00______ (As available)
Question Source: Bank # _07-11-20 156_
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam ___2007_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X_
10 CFR Part 55 Content: 55.41 _(7)_
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _48_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __1__ _____
K/A # _000056 AA2.54_
Importance Rating _2.9_ _____
K/A Statement: (000056 Loss of Off-site Power) Ability to determine and interpret the following as they apply to the Loss of Offsite Power: Breaker position (remote and local)
Proposed Question:
The plant was operating at full power with a normal electrical lineup and no equipment out of service. The following sequence of events occurred:
- The reactor tripped following a fault on bus 1A1.
- A few seconds later, 161 KV offsite power was lost.
What is the expected control switch indication for breaker 1A44 on CB-20 one minute later?
(Note: no operator actions have been taken and all equipment operated as designed)
A. Red Flagged with Green light on B. Red Flagged with Red light on C. Green Flagged with Green light on D. Green Flagged with Red light on Proposed Answer: __A___
Explanation: Per drawing Ref. Figure 8.1-1 Simplified One Line Diagram - Plant Electrical System PI&D Rev. 141 and STM-14, rev 40, page 110, The fault on bus 1A1 caused a RCP to trip which resulted in a loss of flow reactor trip. The reactor trip caused a turbine-generator trip that opened breakers 3451-4 and 3451-5 and disconnected 345 KV power to the plant.
Bus 1A4 is normally powered from 161 KV. When the reactor tripped, Breaker 1A44 remained closed. When 161 KV was lost, power was also lost to bus 1A4 and breaker 1A44 tripped allowing breaker 1AD2 to close when D/G-2 reached rated speed. Therefore answer A is correct.
Technical Reference(s): __Ref. Fig. 8.1-1 Simplified One Line Diagram Plant Electrical System P&ID Rev. 141____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None____
Learning Objective: __07-13-02 1.9 EXPLAIN how the system responds automatically to malfunctions._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam _N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(4)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _49_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000057 2.2.37_
Importance Rating _3.6__ _____
K/A Statement: (0057 Loss of Vital AC Instrument Bus) Ability to determine operability and/or availability of safety related equipment associated with a Loss of Vital AC Instrument Bus.
Proposed Question:
The plant is at 100% power when annunciators INVERTER A TROUBLE and INSTRUMENT BUS A LOW VOLTAGE alarm. In accordance with AOP-16, Loss of Instrument Bus Power, what is the correct action to take?
A. Cross tie instrument bus A to instrument bus C within 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />.
B. Bypass all trip units on the affected channel.
C. Manually trip the reactor and enter EOP-00.
D. Direct I&C to trip all trip units on the affected channel Proposed Answer: __B___
Explanation: Per AOP-16, assuming that a reactor trip does not occur on a loss of an instrument bus, the operators will bypass the trip units on the affected channel, making answer B correct. Answer C is plausible in that the procedure directs it, but only if CCW is lost and cannot be restored. Answers A and D are reasonable actions that the operator might think would be taken.
Technical Reference(s): AOP-16, "Loss of Instrument Bus Power" Rev. 18_____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None__________
Learning Objective: _ 0713-04 01.04 __________ (As available)
Question Source: Bank # 07-17-16 001 ______
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam __2004_
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X___
Comprehension or Analysis ____
10 CFR Part 55 Content: 55.41 _(7)_
55.43 _____
Comments: Changes were made to streamline the answers, making all the answer choices approximately the same length.
Proposed references to be provided to applicants during examination: __None_____
Learning Objective: __07-15-20 2.5 EXPLAIN the operator actions required to mitigate an Excessive Heat Removal Event._______________________
(As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A__
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(5)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _51_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _CE/E02 2.4.2_
Importance Rating _4.5__ _____
K/A Statement: (CE/E02 Reactor Trip-Stab-Recovery) Knowledge of system set points, interlocks, and automatic actions associated with EOP entry conditions for Reactor Trip, Stabilization and Recovery Proposed Question:
While at 100% power, RCP RC-3D trips due to high motor current. No other failures occur.
In addition to the reactor trip on low RCS flow, which of the following will occur automatically for this case?
- 1) AFW initiates
- 2) Steam dumps and turbine bypass valve open
- 3) Generator breakers trip
- 4) SI actuates
- 5) Turbine stop and intercept valves close
- 6) Diesels start A. 2, 3, 5 ONLY B. 1, 3, 4 ONLY C. 1, 5, 6 ONLY D. 2, 4, 6 ONLY Proposed Answer: __A__
Explanation: Per EOP-00, based on no failures other than an RCP pump failure, only the steam dumps and turbine bypass valves open, generator breakers trip, and turbine stop and intercept valves close. The others should not occur. This makes A correct. The other answers are combinations that include items that should not automatically occur for these conditions and dont include items that should automatically occur.
Technical Reference(s): __EOP-00, Standard Post Trip Actions, Rev. 27, STM Vol.
38 Reactor Protective System and Diverse Scram System, Rev. 20, STM Vol. 19 Engineered Safeguards Control System, Rev. 37___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None________
Learning Objective: __07-18-10 1.11 GIVEN a set of plant conditions and a copy of EOP-00, DETERMINE the appropriate response to the plant conditions. Both the corrective actions required and any other EOP's referred to by the procedure must be included. (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _52_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000025 AK2.02_
Importance Rating _3.2*_ _____
K/A Statement: (000025 Loss of RHR system) Knowledge of the interrelations between the Loss of Residual Heat Removal System and the following: LPI or Decay Heat Removal/RHR pumps.
Proposed Question:
Which of the following correctly describes the cooling flowpath that would be used in a loss of shutdown cooling caused as a result of an inoperable LPSI header downstream of FCV-326?
A. Spent fuel pool cooling pumps take a suction from the discharge of the LPSI pumps and discharge through the spent fuel pool heat exchanger to the suction of a HPSI pump.
The HPSI pump discharges flow back to the RCS B. Charging pumps take a suction from the RCS loop and discharge through the shutdown cooling heat exchanger back to the RCS C. A containment spray pump takes a suction from the LPSI pump suction and discharges through the shutdown cooling heat exchanger to the HPSI pump suction. The HPSI pump discharge flows back to the RCS D. A containment spray pump takes a suction on the LPSI pump suction and discharges through the shutdown cooling heat exchanger back to the RCS Proposed Answer: _C___
Explanation: Answer C is correct as that uses the HPSI header for shutdown cooling. Answer D is what would be done if the LPSI header was intact, which it is not for this case. A possible means of cooling is by using the refueling pool, not the spent fuel pool, which could be a misconception. Thus answer A is plausible but incorrect. Charging pumps, as part of CVCS, do take a suction off the RCS, but dont discharge through the shutdown cooling heat exchanger, nor is this action proceduralized. A portion of Attachment V does use the charging pumps, with a suction off the SIRWT, to restore RCS level if necessary, prior to using LPSI and HPSI via the charging header, but not with the charging pumps. Therefore, answer B, is plausible but incorrect.
Technical Reference(s): __TBD-AOP-19, Loss of Shutdown Cooling Rev. 16__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None___
Learning Objective: _0717-19 1.02A___ (As available)
Question Source: Bank # _______
Modified Bank # 07-17-19 002 (Note changes or attach parent)
New _______
Question History: Last NRC Exam __1997__
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(7)____
55.43 _____
Comments: Reworded stem for clarity. Changed distracters to make them more plausible.
ES-401 Question Worksheet Form ES-401-5 Question # _53_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _CE/E06 EK3.4_
Importance Rating _3.2_ _____
K/A Statement: (CE/E06 Loss of Main feedwater) Knowledge of the reasons for the following responses as they apply to the Loss of Feedwater: RO or SRO function with the control team as appropriate to the assigned position, in such a way that procedures are adhered to and the limitations in the facilities license and amendments are not violated.
Proposed Question:
A loss of all feedwater has occurred. The reactor is tripped, standard post trip actions have been taken, and EOP-06, LOSS OF ALL FEEDWATER has been entered.
Per EOP-06, which ONE of the following actions will the ATC take and what is the reason for that action?
A. Trip all RCPs to remove heat input to the RCS and maximize time to regain feedwater B. Trip all RCPs to prevent damage due to loss of NPSH from once-through cooling initiation C. Trip 1 RCP in each loop to reduce heat input while maintaining forced circulation D. Trip 1 RCP in each loop to minimize damage due to loss of NPSH from once-through cooling initiation while maintaining forced circulation Proposed Answer: ___A__
Explanation: Per TBD-EOP-06, the operator will trip all RCPs to remove that heat input to the RCS and maximize the time to regain feedwater cooling. Answer C is plausible if the applicant thinks that forced circulation must be maintained to provide adequate cooling (natural circulation is sufficient). Answers B and D are incorrect but plausible if the applicant misunderstands the reason for securing the pumps.
Technical Reference(s): __TBD-EOP-06, Loss of All Feedwater Rev. 17______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None___
Learning Objective: _07-18-16 1.1 EXPLAIN the major strategy used to mitigate the consequences of a LOAF._________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ___N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(10)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _54_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000015/17 AK1.02_
Importance Rating _3.7_ _____
K/A Statement: (00015/17 RCP Malfunctions) Knowledge of the operational implications of the following concepts as they apply to Reactor Coolant Pump Malfunctions (Loss of RC Flow):
Consequences of an RCPS failure Proposed Question:
For the first five to fifteen minutes after a reactor trip caused by the loss of all four reactor coolants pumps, RCS T is _____1_____. It then _____2_____ as natural circulation is established.
A. Decreasing; remains steady at less than the normal full power T B. Decreasing; increases to greater than the normal full power T C. Increasing; remains steady at greater than the normal full power T D. Increasing; decreases to less than the normal full power T Proposed Answer: __D___
Explanation: Per Lesson Plan 07-15-16, RCS T increases to a maximum in about 5 to 15 minutes, then decreases to less than the normal full power T. Therefore answer D is correct.
The other answers are incorrect but plausible if the student has a misconception on how T is affected by a loss of forced circulation and the change in flow transit time for natural circulation.
Technical Reference(s): __Lesson Plan 07-15-16 Loss of Flow Events, Rev. 5__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_____
Learning Objective: __0715-16 2.04_______ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ___N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(8)____
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _55_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000058 AA1.01_
Importance Rating _3.4*_ _____
K/A Statement: (Loss of DC Power) Ability to operate and/or monitor the following as they apply to the Loss of DC Power: Cross-tie of the affected dc bus with the alternate supply Proposed Question:
Given the following:
Instrument air pressure is 92 psig CA-1B is running and loaded Bus Power Failure DC distribution panel 1 light is OFF Bus Power Failure DC distribution panel 2 light is ON DC BUS 1 LOW VOLTAGE annunciator is in alarm CA-1A local selector switch in STANDBY CA-1A local load transfer switch in position 1 CA-1A control switch is in AFTER-START Both CA-1A and CA-1C have failed to start automatically Per AOP-16, LOSS OF INSTRUMENT BUS POWER, which ONE of the following actions is required to be able to start CA-1A?
A. Take the local selector switch at the air compressor starter cabinet from STANDBY to CS B. Take the local load transfer switch at the air compressor starter cabinet to position 2 C. Take the CA-1A control switch at CB-10/11 to START D. Use the 1B3C-4C Emergency MTS button, PB2/1B3C-4C-MTS, to switch to the emergency DC power source Proposed Answer: __D___
Explanation: Per AOP-16, the operator is directed to switch over to the emergency DC power source. This will restore control power to CA-1A and enable it to start based on current instrument air pressure. Answer A is plausible, in that it would start the air compressor regardless of IA pressure, but only if control power is available. Answer B is plausible if the applicant did not know what the load transfer switch does (it can be in either position 1 or position 2 for operating an air compressor). Answer C is plausible, because that would start an air compressor, but only with DC control power and only if the local selector switch is in CS, not STANDBY.
Technical Reference(s): _STM Vol. 43 Service and Instrument Air System Rev.
10, TBD-AOP-16 Loss of Instrument Bus Power, Rev. 17 (Attach if not previously provided) _Figure 8.1-1 Rev. 141_______________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: __07-17-16 1.2 DESCRIBE how the plant responds to a loss of instrument bus power in terms of how specific equipment is affected and how it affects overall plant operation and reliability.
(As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ___N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _56_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _1___ _____
K/A # _000077 AK1.03_
Importance Rating _3.3_ _____
K/A Statement: (077 Generator Voltage and Electric Grid Disturbances) Knowledge of the operational implications of the following concepts as they apply to Generator Voltage and Electric Grid Disturbances: Under-excitation Proposed Question:
The plant is operating at 100% power with the Excitation System AUTO/
MANUAL control switch selected to "AUTO."
If the "AUTO" mode output voltage fails low, the system should automatically perform a bumpless transfer to "MANUAL" mode, avoiding an ________ condition as long as the Operator maintained the Excitation System Transfer Voltmeter zeroed with ____________ prior to the AUTO mode output voltage failure.
A. overexcited, Auto Adjust Potentiometer 90P B. overexcited, Manual Raise/Lower control switch 70P C. underexcited, Auto Adjust Potentiometer 90P D. underexcited, Manual Raise/Lower control switch 70P Proposed Answer: D Explanation: With the Generator Excitation System operating in AUTO, the actual output voltage is controlled using Auto Adjust Potentiometer 90P. Manual Raise/Lower control switch 70P is operated to maintain the Excitation System Transfer Voltmeter zeroed to ensure a smooth transfer should the AUTO system fail. If the Auto output voltage failed low and the transfer did not occur, the result would be an underexcited condition. Therefore, D is the correct answer.
Choices A and B are plausible if the Applicant does not realize that voltage failing low causes an underexcited condition. Choice C is plausible if the Applicant believes the Auto Adjust Potentiometer must be adjusted to maintain zero output on the transfer voltmeter.
Technical Reference(s): _STM Vol. 24 "Main Generator System" Rev. 23, OI-ST-1, "Turbine Generator Normal Operation" Rev. 18, Lesson Plan 07-13-6 Rev. 14_________________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None_________
Learning Objective: __07-13-06 1.1 EXPLAIN how the main generator is electrically excited._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X____
Question History: None Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis ___X__
10 CFR Part 55 Content: 55.41 _4___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _57_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _2___ _____
K/A # _000005 2.4.11__
Importance Rating _4.0_ _____
K/A Statement: (00005 Inoperable/Stuck Control Rod) +Knowledge of abnormal condition procedures associated with Inoperable/Stuck Control Rod.
Proposed Question:
CEA 4-40 is currently at 105 inches. The other CEAs in group 4 are at 120 inches. This CEA was not recovered within one hour and has been declared inoperable. Actions are continuing in AOP-02 CEA AND CONTROL SYSTEM MALFUNCTIONS,Section III "Misaligned Group 4 CEA".
Current status is as follows:
Reactor power has been lowered to less than 70% T power Rod control mode selector switch is in manual individual Control rod group selector switch has been selected to group 4 Per AOP-02, which ONE of the following actions will be performed?
A. Borate to maintain power level, select rod 40 on the rod selector switch, bypass the rod block, and slowly withdraw the CEA B. Select rod 40 on the rod selector switch, bypass the rod block, slowly withdraw the CEA, and increase turbine load as necessary to maintain Tc stable C. Dilute to maintain power level, select rod 1 on the rod selector switch, bypass the rod block, and slowly insert CEA to align to rod 40. Repeat for CEAs 4-38, 4-39, and 4-41 D. Select rod 1 on the rod selector switch, bypass the rod block, slowly insert CEA to align to rod 40, and reduce turbine load as necessary to maintain Tc stable. Repeat for CEAs 4-38, 4-39, and 4-41 Proposed Answer: __D__
Explanation: Per AOP-02, a group 4 control rod that is misaligned more than 12 inches, but less than 18 inches, when the CEA has been declared inoperable, Step 17 of Section III, states to attempt to align the remainder of the CEAs in the group to the misaligned CEA. Specifically, the steps state to select CEA to be moved, bypass rod block, slowly insert the CEA, reduce turbine load to maintain Tcold stable, and repeat these steps until all Group 4 CEAs are within 12 inches of misaligned CEA. Therefore, answer D is correct. Answer A is incorrect but plausible because this is what the procedure directs if the misalignment was greater than 18 inches, which it is not in this case. Answers B and C are incorrect but plausible if the candidate mixed up the two cases.
Technical Reference(s): _TBD-AOP-02 CEA and Control System Malfunctions Rev. 7, TDB-VI COLR, Rev. 39 (Cycle 26), TDB-I.A.3 CEDM Locations Rev. 7, STM Vol. 11 "Control Rod Drive System" Rev. 19, OP-ST-CEA-003, "Surveillance Test Control Element Assembly (CEA) Partial Movement Check" Rev. 13__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None______
Learning Objective: _07-17-02 1.3 DESCRIBE the major recovery actions of this AOP.________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(10)_
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _58_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __2__ _____
K/A # _000067 AK3.04__
Importance Rating _3.3_ _____
K/A Statement: (000067 Plant Fire on-site) Knowledge of the reasons for the following responses as they apply to the Plant Fire on Site: Actions contained in EOP for plant fire on site Proposed Question:
The actions performed using AOP-06, Fire Emergency ensures that the plant can establish and remain in a _____(1)______ condition for at least ___(2)___ hours following any postulated fire event.
A. Hot Shutdown, 4 B. Hot Shutdown, 8 C. Cold Shutdown, 24 D. Cold Shutdown, 42 Proposed Answer: __B__
Explanation: TBD-AOP-06, General Comments on AOP-06 state AOP-06 provides direction to ensure that the plant is configured to support the conclusions of EA-FC-89-055, hereafter referred to as the Fire Safety Shutdown Analysis. It also states that, The Fire Safe Shutdown Analysis establishes Plant configurations that ensure that the Plant can establish and remain in a hot shutdown condition for at least 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> following any postulated fire event. Therefore, B is the correct answer. Distracter A could be chosen by an Applicant who confuses the 4 hour4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> blackout coping time with the Fire Safe Shutdown Analysis time. Distracters C and D could be chosen by an Applicant who believes cold shutdown is required by the analysis. 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> is used frequently in Tech Spec LCOs. 42 hours4.861111e-4 days <br />0.0117 hours <br />6.944444e-5 weeks <br />1.5981e-5 months <br /> is the time to cold shutdown per TS 2.0.1.
Technical Reference(s): _TBD-AOP-06 Fire Emergency Rev. 24__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: __07-17-06 1.1 DISCUSS the purpose of the AOP._______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ____X__
Question History: Last NRC Exam _____N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 (10)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _59_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _2___ _____
K/A # _CE/A 16 AA1.1__
Importance Rating _3.4_ _____
K/A Statement: (CE/A 16 Excess RCS Leakage) Ability to operate and/or monitor the following as they apply to the Excess RCS Leakage: Components and functions of control and safety systems, including instrumentation, signals, interlocks, failure modes, and automatic and manual failures Proposed Question:
A small RCS leak has been identified and the following plant parameters are observed:
Pressurizer level and pressure are steady Containment pressure, dew point and sump level are steady VCT level and pressure are slowly lowering Pressurizer quench tank level, pressure, and temperature are increasing CCW surge tank level and pressure are steady Aux building sump levels are steady Safety injection tank levels and pressures are steady All secondary radiation monitors read background Which ONE of the following actions may result in isolating the leak?
A. Closing SIT loop injection valves B. Isolating charging and letdown C. Closing RCS sample lines D. Isolating CCW to the reactor coolant pumps Proposed Answer: _B___
Explanation: Letdown relief valve CH-223 relieves to the quench tank, so is a possible source of the leakage, making answer B correct. A is incorrect as the SIT levels and pressures are steady. C is incorrect because quench tank levels are increasing, and the sample line doesnt drain to the quench tank. D is incorrect because CCW surge tank level and pressure are steady.
Technical Reference(s): _TDB-AOP-22 "Reactor Coolant Leak" Rev. 32, STM 12 "Chemical and Volume Control System" Rev. 44, STM 8 "Component Cooling Water System" Rev. 39, Lesson Plan 07-17-22 Rev. 13, STM 41 "Sampling System" Rev. 20__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: ___0717-33 01.02_ (As available)
Question Source: Bank # _07-17-33 003 Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam _2007___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X__
10 CFR Part 55 Content: 55.41 __(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _60_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _2___ _____
K/A # _000037 AK3.10_
Importance Rating _3.3*_ _____
K/A Statement: (000037 Steam gen tube leak) Knowledge of the reasons for the following responses as they apply to the Steam Generator Tube Leak: Automatic actions associated with high radioactivity in S/G sample lines.
Proposed Question:
The reactor is currently at 100% power when a high radiation alarm occurs on RM-054A, which is in its normal lineup. This automatically isolates _____(1)_____ in order to _____(2)_____.
A. HCV-1387A and HCV-1387B; isolate steam generator blowdown from steam generator RC-2A ONLY B. HCV-1387A and HCV-1387B; isolate steam generator blowdown from BOTH steam generators C. HCV-1387A and HCV-1388A; isolate steam generator blowdown from steam generator RC-2A ONLY D. HCV-1387A and HCV-1388A; isolate steam generator blowdown from BOTH steam generators Proposed Answer: __D___
Explanation: Per STM Vol. 33, a high alarm on RM-054A closes the inside containment blowdown isolation valves HCV-1387A and HCV-1388A to isolate both steam generators. This makes answer D correct. Answer A is plausible because RM-054A normally monitors steam generator RC-2A (although it has the capability to be cross-connected to RC-2B). Therefore, the applicant might suppose that it would only isolate that generator, which would be by closing either HCV-1387A or HCV-1387B. The other two are plausible if the applicant does not recall which blowdown isolation valves isolate which steam generator (e.g. answer C if the applicant believes RC-2A should just be isolated, but does not recall that 1388A isolates RC-2B; answer B if applicant knows both steam generators are isolated but does not recall that HCV-1387B isolates RC-2A).
Technical Reference(s): _ STM Vol. 33 Radiation Monitoring System Rev. 17__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _______None______
Learning Objective: _07-12-03 4.1 LIST radiation monitors with automatic actuations and STATE the automatic actuations that occur. (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(7)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _61_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _2___ _____
K/A # _000051 2.4.50_
Importance Rating _4.2__ _____
K/A Statement: (000051 Loss of Condenser vacuum) Ability to verify system alarm setpoints and operate controls identified in the alarm response manual associated with Loss of Condenser Vacuum.
Proposed Question:
Given the following conditions:
Reactor power is 50%
Exhaust Hood Vacuum indication PY5048 on DCS reads 23.5" Hg Exhaust Hood Vacuum indication PY5049 on DCS reads 24.5" Hg Process alarm "Exhaust Hood A/B Low Pressure Alarm" is in an active state because
_____(1)_____ and ARP-DCS-EHC, TURBINE EHC DCS ANNUNCIATOR RESPONSE PROCEDURE, requires the operators to _____(2)_____ PRIOR to entry into AOP-26, TURBINE MALFUNCTIONS.
A. PY5048 is below the alarm setpoint; start all condenser evacuation pumps B. BOTH PY5048 AND PY5049 are below the alarm setpoint; start all condenser evacuation pumps C. PY5048 is below the alarm setpoint; lower turbine load to restore vacuum D. BOTH PY5048 AND PY5049 are below the alarm setpoint; lower turbine load to restore vacuum Proposed Answer: __A___
Explanation: Per ARP-DCS-EHC, the setpoint for the alarm is <23.85Hg. Therefore, PY-5048 is below the alarm setpoint and PY5049 is not. Actions are taken once vacuum reaches 25Hg, so if the student has a misconception, they might believe that 25Hg is when the alarm will annunciate. Per ARP-DCS-EHC, the operators are directed to start all condenser evacuation pumps and go to AOP-26. AOP-26 requires commencing a reactor shutdown to restore vacuum. Since the stem of the question asks for actions in the ARP, that makes distracters C and D plausible but incorrect because this action is proceduralized, but in the AOP, not the ARP as is asked for in the stem. Thus A is correct. Answers B, C, and D are incorrect yet plausible based on the above discussion.
Technical Reference(s): _ARP-DCS-EHC Turbine EHC DCS Annunciator Response Procedure Rev. 3, STM Vol. 20 Feedwater and Condensate System Rev. 46, AOP-26, "Turbine Malfunctions" Rev. 8____________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: __07-11-05 1.3 INTERPRET alarms received in the Control Room associated with the Condenser Air Removal System and the required actions in the ARPs.___________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X__
Question History: Last NRC Exam __N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _(10)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _63_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __2__ _____
K/A # _000068 AA2.06_
Importance Rating _4.1_ _____
K/A Statement: (000068 Control Room Evac) Knowledge of the operational implications of the following concepts as they apply to the Control Room Evacuation: RCS pressure Proposed Question:
The control room has been evacuated. Steps are complete per AOP-07, EVACUATION OF CONTROL ROOM, to establish control at the alternate shutdown panel and the auxiliary feedwater panel. You have been directed to maintain RCS pressure between 2050 and 2150 psia per AOP-07, Step 8.
How is RCS pressure control accomplished in this case?
A. Pressurizer backup heater Bank 1 is controlled remotely from the alternate shutdown panel B. Pressurizer backup heater Bank 1 is controlled locally at the motor control center C. Pressurizer backup heater Bank 4 is controlled remotely from the alternate shutdown panel D. Pressurizer backup heater Bank 4 is controlled locally at the motor control center Proposed Answer: __D__
Explanation: Per Step 8 of AOP-07, RCS pressure is maintained by controlling pressurizer backup heater Bank 4 locally at the motor control center. Per the STM, theres a handswitch on this motor control center to operate Bank 4. Therefore, answer D is correct. The other answers are plausible if the student does not remember which bank of backup heaters is used or that local operation is required. The STM does state that the remote/local switch on the alternate shutdown panel must be switched from remote to local to be able to use the local heater handswitch, however, the stem of the question states that control has been established at the alternate shutdown panel, which indicates that this switch has been placed in local.
Therefore, remote control from the alternate shutdown panel is plausible, but incorrect.
Technical Reference(s): __TBD-AOP-07 Evacuation of Control Room Rev. 13, STM Vol. 37 Reactor Coolant System Rev. 42, Lesson Plan 07-17-07 Rev. 13___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_______
Learning Objective: __07-17-07 1.2 DESCRIBE the major recovery actions of this AOP _______________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ____N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(5)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _64_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _1___ _____
Group # _2___ _____
K/A # _000036 AK1.01_
Importance Rating _3.5_ _____
K/A Statement: (000036 Fuel handling Accident) Knowledge of the operational implications of the following concepts as they apply to Fuel Handling Incidents: Radiation exposure hazards Proposed Question:
Given the following initial conditions:
Refueling outage is in progress The reactor is being defueled The 105th fuel assembly has been removed from the upender and is being transferred to its storage location in the SFP Stack radiation monitor RM-052 has power with sample pump running One auxiliary building supply fan is in service One auxiliary building exhaust fan is in service Plant conditions then change:
Moving fuel assembly drops from FH-12 Portable radiation monitor near FH-12 pegs high Area monitors alarm Which of the following additional actions MUST be taken to meet requirements of AOP-08, FUEL HANDLING INCIDENT?
- 1. Start second auxiliary building supply fan
- 2. Start second auxiliary building exhaust fan
- 3. Ensure charcoal filter VA-66 in filtered mode A. 3 ONLY B. 1 and 3 ONLY C. 2 and 3 ONLY D. 1, 2, and 3 Proposed Answer: __C___
Explanation: Per AOP-08, one supply fan and two exhaust fans need to be running to ensure negative pressure (prevent any radiation from being released from the auxiliary building unmonitored). Given the initial conditions, one more exhaust fan must be started. Only one supply fan needs to be running and already is, so another one does not need to be started. The charcoal filter must also be placed in service. Therefore, answer C is correct. Answer A is incorrect but plausible if the student does not remember the need for the second exhaust fan.
Answer B is incorrect but plausible if the student gets the two fans mixed up. Answer D is incorrect but plausible if the student thinks that two of each fan is required.
Technical Reference(s): __STM Vol. 40 Refueling System Rev. 20, TBD-AOP-08 Fuel Handling Incident Rev. 9_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_______
Learning Objective: __07-17-08 1.3 DESCRIBE the major recovery actions of this AOP. (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam _____N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X_
10 CFR Part 55 Content: 55.41 __(8)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _65_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __1__ _____
Group # __2__ _____
K/A # _CE/A 11 AA1.2_
Importance Rating _3.2__ _____
K/A Statement: (CE/A11 RCS Overcooling) Ability to operate and/or monitor the following as they apply to the RCS Overcooling: Operating behavior characteristics of the facility.
Proposed Question:
Which ONE of the following initial conditions will result in the greatest reactivity addition for a steam line break upstream of the MSIV?
A. Beginning of cycle, zero power B. Beginning of cycle, full power C. End of cycle, zero power D. End of cycle, full power Proposed Answer: ___C__
Explanation: At the end of cycle, the moderator temperature coefficient is more negative due to the decrease of boron concentration. Since a steam line break results in overcooling of the RCS, this will result in a greater reactivity addition. At zero power, the steam generator has more inventory than at full power, therefore there is more water in the steam generator that can steam and cool down the RCS, causing a greater cooldown and thus a greater reactivity addition than at full power. Therefore answer C is correct. Answer A is plausible if the students logic is incorrect for BOC vs. EOC and the cooldown effects. Answer D is plausible if the student thinks that there is more of a cooldown from full power than zero power. Answer B is plausible for the same reasons as A and D.
Technical Reference(s): __Lesson Plan 07-15-20 Excessive Heat Removal Events Rev. 6______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _______None____
Learning Objective: _07-15-20 B1.5 Explain how initial power level and time in core cycle affect the reactivity added by an excessive Heat Removal Event.__ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ____X__
Question History: Last NRC Exam ____N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 __(7)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _66_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _3__ _____
Group # ___ _____
K/A # 2.3.13__
Importance Rating _3.4_ _____
K/A Statement: Knowledge of radiological safety procedures pertaining to license operator duties, such as response to radiation monitor alarms, containment entry requirements, fuel handling responsibilities, access to locked high-radiation areas, aligning filters, etc.
Proposed Question:
The contingency plan for operating with failed fuel in Standing Order O-43 includes actions to align condenser off-gas to the auxiliary building stack. Why is this action performed?
A. To provide filtering of radioactive noble gases in case a primary to secondary leak occurs.
B. To prevent an unmonitored release if RM-057 goes offscale due to primary to secondary leakage.
C. To provide adequate decay time for N-16 gammas before discharge from the plant.
D. To ensure control room habitability is not jeopardized by condenser off-gas in the event of a steam generator tube rupture.
Proposed Answer: __B___
Explanation: SO-O-43, Attachment 7.4(page 27) Contains the following action,Align condenser off-gas to the aux. Bldg. stack to address RM-064 limitations in detecting primary to secondary leakage when RM-057 is off0scale high or unavailable and RM-064 is reading background.
Therefore, B is the correct answer. A is incorrect because filters will not remove noble gases.
C is credible because it is a consideration in designing the letdown system, however, it is not a reason for realigning condenser evacuation. D is also credible, but not the basis for this action.
Technical Reference(s): __SO-O-43 Attachment 7.4 (page 27) Rev. 24_____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None________
Learning Objective: __07-15-33 1.3 EXPLAIN the pathways for the transport of radioactivity to the environment during a steam generator tube rupture event._______________________ (As available)
Question Source: Bank # __ADM-RAD-006_____
Modified Bank # _______ (Note changes or attach parent)
New ______
Question History: Last NRC Exam ____2001______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X___
Comprehension or Analysis ____
10 CFR Part 55 Content: 55.41 _(12)__
55.43 _____
Comments:
10 CFR Part 55 Content: 55.41 _(4)_
55.43 _____
Comments:
Bank question from 1999 exam 07-12-19 009 Which one of the following instrument errors would cause the reactor power calculated by XC-105 to be less than actual reactor power?
A. Turbine first stage pressure indicating lower than actual.
B. Feedwater temperature indicating higher than actual.
C. Feedwater flow indicating higher than actual.
D. Main generator electrical output indicating less than actual.
Correct Answer: B KA#: 015000 A1.01 Bank Reference #:
LP# / Objective: 0712-19 Exam Level:
Cognitive Level: HIGH Source: NRC FCS 1999
Reference:
LP 0753.02 Handout: NONE
ES-401 Question Worksheet Form ES-401-5 Question # _68_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __3__ _____
Group # _____ _____
K/A # _2.1.15_
Importance Rating _2.7_ _____
K/A Statement: Knowledge of the administrative requirements for temporary management directives, such as standing orders, night orders, Operations memos, etc.
Proposed Question:
Assuming that no alternates have been designated, which ONE of the following individuals has the authority to issue operations memorandums per SO-O-13 OPERATIONS MEMORANDUMS?
A. Shift Manager - Operations Standards B. Supervisor - Operations Control Center C. Supervisor - Operations Engineering D. Manager - Fort Calhoun Station Proposed Answer: __D___
Explanation: Per SO-O-13, either the Manager-Fort Calhoun Station or Manager-Operations issues Operation Memoranda, or their designee. In the stem, it states that no alternates have been designated, so one of these two must issue the memos. Therefore answer D is correct.
The shift manager-operations standards is specifically referenced in the procedure and receives a copy of the memos, but has no authority, making answer A plausible but incorrect. The supervisor-OCC has responsibility for Night Notes, not operations memos, making answer B plausible but incorrect. The Manager-Operations does have authority, but this is the Manager-Shift Operations, and although specifically referenced in the procedure, receives a copy of the memo but has no authority for issuance, making answer C plausible but incorrect.
Technical Reference(s): _SO-O-13 Operations Memorandums Rev. 19, SO-O-1, Conduct of Operations Rev. 84 (pg. 55)_____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam __N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(10)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _69_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _3___ _____
Group # _____ _____
K/A # _2.2.13_
Importance Rating _4.1_ _____
K/A Statement: Knowledge of Tagging and clearance procedures Proposed Question:
AC-3A has been tagged out for repairs. A Temporary Lift was done to allow testing. Following the testing, it was determined that additional repairs were required.
Identify the proper sequence for removing the Temporary Lift.
A. Remove the Temporary Lift tags, independently verify equipment positions, and rehang the Danger tags B. Remove the Temporary Lift tags and rehang the Danger tags C. Remove the Temporary Lift tags, reposition equipment as necessary, rehang Danger tags, and independently verify equipment positions D. Reposition equipment as necessary, rehang Danger tags, independently verify equipment positions, and remove the Temporary Lift tags Proposed Answer: __C___
Explanation:
Technical Reference(s): SO-G-20A, "Equipment Tagging Procedure" Rev. 30_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_________
Learning Objective: ADM-CONTROL 01.00______________
Question Source: Bank # __ADM-CONTROL 003_____
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam _2005 RO EXAM________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X___
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 (10)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _70_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __3__ _____
Group # _____ _____
K/A # _2.4.17________
Importance Rating _3.9__ _____
K/A Statement: Knowledge of EOP terms and definitions Proposed Question:
A LOCA is in progress with RCS pressure Stable at 900 psia. RAS has not occurred. Under these conditions, the phrase Maximize ECCS flow in the EOPs means:
A. Ensure all HPSI, all LPSI and all Charging pumps are running.
B. Ensure two HPSI, two LPSI and all Charging pumps are running.
C. Ensure all HPSI and all Charging Pumps are running and all LPSI pumps are off.
D. Ensure two HPSI and all Charging pumps are running and all LPSI pumps are off.
Proposed Answer: __B____
Explanation: EOP-3, step 8 reads IF SIAS has actuated, THEN maximize Safety Injection and Charging flow to the RCS by operating ALL of the following available pumps: Either HPSI Pumps, SI-2A/B or SI-2B/C, LPSI Pumps, SI-1A/B, Charging Pumps CH-1A/B/C Therefore, Choice B is correct. Distracter A could be chosen if the Applicant believed all three HPSI pumps should be running, Distracter C is incorrect because all HPSI is incorrect and All LPSI off is incorrect unless RAS has occurred. Distracter D would be correct if RAS had occurred.
Technical Reference(s): _EOP-3, Rev 36 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None______
Learning Objective: __07-18-13 1.1 EXPLAIN the major strategy used to mitigate the consequences of a LOCA._______________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question History: Last NRC Exam ____N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(10)___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _71_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __3__ _____
Group # _____ _____
K/A # _2.3.11____
Importance Rating _3.8_ _____
K/A Statement: Ability to control radiation releases Proposed Question:
A normal release of Monitor Tank WD-22A is to be performed. Using Form FC-211, Waste Liquid Tank Release Permit, the administrative release rate is:
A. 60 percent of the maximum release rate B. 70 percent of the maximum release rate C. 80 percent of the maximum release rate D. 90 percent of the maximum release rate Proposed Answer: __D__
Explanation: Per OI-WDL-3, the administrative release rate is 90% of the max release rate.
Therefore answer D is correct. Answers B, C, and D are plausible if the student cant remember the value.
Technical Reference(s): __OI-WDL-3 Liquid Waste Disposal Release Rev. 21__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_______
Learning Objective: 0711-32 01.02A________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam __N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(13)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _72_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _3__ _____
Group # _____ _____
K/A # _2.1.4________
Importance Rating __3.3_ _____
K/A Statement: Knowledge of individual licensed operator responsibilities related to shift staffing, such as medical requirements, no-solo operation, maintenance of active license status, 10CFR55 etc.
Proposed Question:
Per OPD-3-11, LICENSE ACTIVATION AND WATCHSTATION MAINTENANCE, what are the MINIMUM watch requirements to maintain an active RO license?
A. Five 8-hr shifts in a calendar quarter B. Five 8-hr shifts in ANY three month span C. Five 12-hr shifts in a calendar quarter D. Five 12-hr shifts in ANY three month span Proposed Answer: __C___
Explanation: Per 10 CFR 55.53(e), either five 12-hour or seven 8-hour watches must be performed every calendar quarter (i.e. January through March). Therefore answers A, B, and D are incorrect but plausible if the applicant forgets the requirement. Answer C is correct.
Technical Reference(s): _10 CFR 55.53(f), OPD-3-11 License Activation and Watchstander Maintenance Rev. 16, Lesson Plan 07 13 Ref. 0___________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: _07-62-13 1.1 STATE the watchstanding requirements to maintain an active license ________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X__
Question History: Last NRC Exam ____N/A____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _(10)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _73_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __3__ _____
Group # _____ _____
K/A # __2.4.13__________
Importance Rating __4.0_ _____
K/A Statement: Knowledge of crew roles and responsibilities during EOP usage.
Proposed Question:
Per OPD-3-03, CONTROL ROOM OPERATOR POSITIONING DURING EMERGENCY/ABNORMAL PLANT CONDITIONS, during an emergency the ATCO normally transitions to a position that is responsible for manipulating all equipment controls located on which of the following panels?
A. CB-1/2/3, CB-4, AI-65A/B ONLY B. CB-1/2/3, CB-4, AI-65A/B, AI-66A/B ONLY C. CB-1/2/3, CB-4, AI-65A/B, AI-33A/B/C ONLY D. CB-1/2/3, CB-4, AI-65A/B, AI-66A/B, AI-33A/B/C ONLY Proposed Answer: __C___
Explanation: Per OPD-3-03, Step 4.1, the ATCO normally transitions to the primary LO position during an emergency. Per 4.1.1, the primary LO has responsibility for equipment manipulation for controls located on CB-1/2/3, CB-4, AI-65A/B, and AI-33A/B/C. Therefore answer C is correct. Answer A is plausible if the candidate forgets AI-33A/B/C would be one of the panels, and answers B and D are plausible if the candidate believes that they would have responsibility for panel AI-66A/B (which is the responsibility of the secondary LO position).
Technical Reference(s): _OPD-3-03 Control Room Operator Positioning During Emergency/Abnormal Plant Conditions Rev. 5, SO-O-1 Conduct of Operations, Rev. 84__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None____
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _10___
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _74_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _3___ _____
Group # _____ _____
K/A # _2.1.3_______
Importance Rating _3.7_ _____
K/A Statement: Knowledge of shift or short-term relief turnover practices.
Proposed Question:
As part of the shift turnover, the Balance of Plant Operator (BOPO) is required to perform a detailed walkdown of _________________.
A. CB-4, CB-10/11, AI-65A, and AI-65B B. CB-10/11, AI-65A, and AI-65B C. CB-4, CB-10/11, AI-66A, and AI-66B D. CB-10/11, AI-66A, and AI-66B Proposed Answer: __D___
Explanation:
Modified Bank question used on 2005 NRC exam (attached).
Technical Reference(s): ___SO-O-1 Conduct of Operations Rev. 84__________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: 0762-01 01.00 ____________ (As available)
Question Source: Bank # _______
Modified Bank # ___X___ (Note changes or attach parent)
New ______
Question History: Last NRC Exam __2005_RO___
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __10_
55.43 _____
Comments:
Bank question # 07-62-01 077 07-62-01 077 As a part of the shift turnover, the Secondary Plant RO is required to perform a detailed walkdown of ______________________.
A. CB-10/11, CB-20, AI-65A and AI-65B.
B. CB-10/11, CB-20, AI-66A and AI-66B.
C. CB-1,2,3, CB-4, CB-10/11 and CB-20.
D. CB-20, AI-65A, AI-65B, AI-66A and AI-66B.
Answer: B Question 67 K/A # 000000 2.1.03 Knowledge of shift turnover practices.
RO Importance 3.0 SRO Importance 3.4 10 CFR 55 Section 41.10 / 45.13 FCS Lesson Plan / Objective 0762-01 01.00 STATE the major sections of the Standing Orders.
KA#: 000000 2.1.03 Bank Reference #:
LP# / Objective: 0762-01 01.00 Exam Level: RO Cognitive Level: LOW Source: NRC 2005 EXAM
Reference:
SO-O-1 Handout: NONE
ES-401 Question Worksheet Form ES-401-5 Question # _75_
Examination Outline Cross-
Reference:
Level RO SRO Tier # __3__ _____
Group # _____ _____
K/A # _2.4.37________
Importance Rating _3.0_ _____
K/A Statement: Knowledge of the lines of authority during implementation of the emergency plan.
Proposed Question:
Following a complicated reactor trip, the ATCO determines that an immediate action must be taken to protect the health and safety of the public during an emergency event. This action is contrary to plant emergency procedures, and there are no immediately apparent actions that can be taken in accordance with these procedures to adequately protect the public. Which ONE of the following describes the appropriate response to this situation?
A. This action cannot be taken without an approved procedure. Implement a rapid procedure change to allow this action to be taken B. This action can be taken by the ATCO based on their own judgment with no additional actions required C. This action can be taken by the ATCO provided they obtain permission from at least a licensed SRO prior to taking the action D. This action can be taken by the ATCO provided they notify the shift manager as soon as possible after taking the action Proposed Answer: __C___
Explanation: Per 10 CFR 50.54(x), A licensee may take reasonable action that departs from a license condition or a technical specification (which includes emergency procedures) in an emergency when this action is immediately needed to protect the public health and safety and no action consistent with license conditions and technical specifications that can provide adequate or equivalent protection is immediately apparent. 10 CFR 50.54(y) states, in part, Licensee action permitted by paragraph (x) of this section shall be approved, as a minimum, by a licensed senior operator. Therefore, answer C is correct. Answer A is plausible if the candidate does not remember the allowance of 10CFR 50.54(x). Answer B is plausible if the candidate does not remember the requirement of 10 CFR 50.54(y), that it requires SRO approval. Answer D is plausible if the candidate does not remember that SRO approval must come PRIOR to the action being taken.
Technical Reference(s): _Title 10 CFR Part 50.54(x) and (y)________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_____
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X__
Question History: Last NRC Exam __N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ___X_
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 __(10)_
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _76___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __1___
K/A # 0009.EA2.36_
Importance Rating _____ __4.6__
K/A Statement: Ability to determine and interpret the following as they apply to a small break LOCA: EA2.36 Difference between overcooling and LOCA indications Proposed Question:
The reactor tripped fifteen minutes ago. Standard post trip actions of EOP-00 are complete and you are now diagnosing the event to determine what emergency operating procedure to implement.
The current plant conditions are:
Pressurizer pressure: 995 psia and decreasing slowly Pressurizer level: 0%
RVLMS Level: 100%
RC-2A pressure: 900 psia and steady RC-2B pressure: 895 psia and steady Containment pressure: 4.5 psig and slowly decreasing RM/054 A, B and RM/057: No high alarm RM/091 A, B: No alarms Safety/PORV tailpipe temperatures: 200°F RCPs have been tripped Tcold: 533°F and slowly decreasing Thot: 544°F and slowly decreasing RC-2A level: 28% NR and slowly increasing RC-2B level: 29% NR and slowly increasing HPSI pumps are injecting flow per Attachment 3 Based on the above conditions which EOP should be implemented?
A. EOP-03, Loss of Coolant Event B. EOP-04, Steam Generator Tube Rupture Event C. EOP-05, Uncontrolled Heat Extraction Event D. EOP-20, Functional Recovery Procedure Proposed Answer: __A___
Explanation: Per the diagnosis chart in EOP-00, everything is answered yes, except for the RCPs, until the second page. On the second page, it asks if pressurizer pressure is >1800 psia, which it is not. It then has items for determining if its an UHE, SGTR, or LOCA. You do have a subcooled margin >20 degrees, but no low steam generator pressure, so the answer is
no. The steam generators are essentially at the same level, so no tube rupture. So, this page has you consider a LOCA. Because theres just the one event, you would enter EOP-03, LOCA. Answer A is therefore correct. SGTR indications are of secondary plant activity (not provided here) and a difference in steam generator level. The two levels are different, but very close and within the margin for error. Therefore, this answer, although plausible, is incorrect.
An uncontrolled heat extraction has high subcooling margin and low steam generator pressure, which is not the case here, although containment pressure is visibly high, and there are no radiation alarms in containment (due to the small size of the RCS break). Therefore this answer, although incorrect, is plausible if the candidate does not use the guidance from the diagnostic flow chart and instead looks at containment pressure and radiation levels. The functional recovery procedure might be entered a few different ways. The candidate might diagnose more than one event (i.e. UHE and LOCA or SGTR), for the above reasons. The candidate might also be unable to diagnose an event and determine that the functional recovery must be entered. However, by following the flow chart, LOCA should be diagnosed.
Note: Jerry ran this with his simulation program for a LOCA beyond the capacity of the charging pumps but too small to remove decay heat. At 15 minutes after the trip, Pressurizer Level was 0% but RVLMS was still 100%. At this point leak out the break exceeded the injection rate so inventory was decreasing. The operators would have tripped the RCPs. Natural circulation is being established. The hot leg is saturated. Containment radiation levels will be increased but not enough to cause RM-091A/B to alert (40 R/hr) or high alarm (6500 R/hr).
Technical Reference(s): _TBD-EOP-00, Standard Post Trip Actions, Rev. 27, and Lesson Plan 0715-23, Loss of Coolant Accidents, Rev. 10 (Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ____N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis _X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _77___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __1___
K/A # 0022_G2.4.21_
Importance Rating _____ __4.6__
K/A Statement: (000022 Loss of Rx Coolant Makeup ) 2.4.21 Knowledge of the parameters and logic used to assess the status of safety functions, such as reactivity control, core cooling and heat removal, reactor coolant system integrity, containment conditions, radioactivity release control, etc.
Proposed Question:
The following plant conditions exist:
Plant is in Mode 3.
Trip from 100% power occurred five (5) minutes ago.
CEAs 40 and 41 are stuck fully withdrawn.
Charging pump trips on a loss of suction pressure.
Operators are unable to start the other charging pumps Current reactor power is greater than 10-5 %.
Which ONE of the following operator actions is procedurally required under these conditions?
A. Lower RCS pressure and emergency borate via HPSI B. Emergency borate via gravity feed suction path C. Lower RCS temperature and initiate SIAS D. Use auxiliary spray and emergency borate Proposed Answer: __A___
Explanation: Per RC-3 of EOP-20 where reactivity control safety function is not met from RC-1 or RC-2 because no boration with charging pumps can be performed, answer A is correct.
Distractor B, is plausible gravity feed is an option in E-0 but wont work with no charging pumps, while distractor C and D are plausible steps in EOP-20 for other issues but not to satisfy reactivity control safety function RC-3.
Technical Reference(s): _________EOP-20, rev 25, Reactivity control safety function, page 12-14, and page 51.________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: __________none___
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ____X___
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _78___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __1___
K/A # 0038_EA2.14_
Importance Rating _____ __4.6__
K/A Statement: (000038 Steam Generator Tube Rupture ) Ability to determine and interpret the following as they apply to a SGTR: Magnitude of atmospheric radioactive release if cool down must be completed using steam dumps or if atmospheric reliefs lift.
Proposed Question:
Limiting Condition for Operation 2.1.3, Reactor Coolant Radioactivity, states that if either the dose equivalent iodine or gross activity specification is exceeded, the plant must be in at least HOT SHUTDOWN with Tavg <536°F within 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />. What is the basis for the 536°F limit?
A. The temperature below which a Main Steam Line Break will not cause a significant challenge to containment integrity B. The temperature below which a Steam Generator Tube Rupture will not cause a significant release of radioactivity C. The maximum temperature to maintain iodine in solution and therefore minimize site boundary exposure in the event of Steam Generator Tube Rupture D. The maximum temperature to maintain iodine in solution and therefore minimize site boundary exposure in the event of a Loss of Coolant Accident Proposed Answer: ___B___
Technical Reference(s): 10CFR50.36; LCO T.S. 2.1.3 and bases (Amendment Number 152)______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: None___________
Learning Objective: 07-62-08 06.01____ (As available)
Question Source: Bank # ___X___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(2, (4), and (5)_
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _79___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __1___
K/A # 0040_EA2.1_
Importance Rating _____ __4.0__
K/A Statement: Ability to determine or interpret the following as they apply to the (Excess Steam Demand): EA2.1 Facility conditions and selection of appropriate procedures during abnormal and emergency operations Proposed Question:
The reactor has just tripped and you are attempting to diagnose the event to determine which optimal recovery or function recovery procedure to implement. Plant conditions are:
Buses 1A3 and 1A4 are energized Buses 1A1 and 1A2 are deenergized T-cold: 492°F and decreasing Pressurizer pressure 1620 psia and decreasing Pressurizer level is 18% and decreasing Containment pressure is 17 psig and increasing No radiation monitors are in alarm RC-2A level is 25% NR and decreasing RC-2B level is 50% WR and decreasing RC-2A pressure is 620 psia and decreasing RC-2B pressure is 570 psia and decreasing Which procedure should be implemented and what event is in progress?
A. Implement EOP-03 for a loss of coolant accident inside containment B. Implement EOP-05 for an uncontrolled heat extraction event inside containment C. Implement EOP-07 for a station blackout event D. Implement EOP-20 for multiple events occurring Proposed Answer: ___B__
Explanation: Based on the diagnosis flow chart with the note, a LOOP plus another event is not considered multiple events, therefore EOP-20 does not need to be entered. Due to the low T-cold, the low steam generator pressures, and the low steam generator level on RC-2B, its an uncontrolled heat extraction event on RC-2B, therefore answer B is correct. The others are plausible based on misdiagnosis (due to the decreasing pressurizer level and pressure for a LOCA, and if they misdiagnose a station blackout instead of a LOOP for answer C). Answer D is plausible if the individual does not know the note about the LOOP.
Technical Reference(s): ___
(Attach if not previously provided) _TBD-EOP-00, Standard Post Trip Actions, Rev. 27___
(including version/revision number) __
Proposed references to be provided to applicants during examination: ____None_____
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ___N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 __(5)___
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _80___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __1___
K/A # 056_G2.2.22_
Importance Rating _____ __4.7__
K/A Statement: (000056 Loss of Off-site Power ) 2.2.22 Knowledge of limiting conditions for operations and safety limits.
Proposed Question:
The control room is raising power from 50% toward 100%. An electrical disturbance causes the 161 KV line voltage to drop from 165.2 KV to 161.0 KV. The 345 KV grid voltage is unaffected.
What actions should the control room take?
A. Restore 161 KV line to operable within 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> or be in Mode 3 within an additional 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> B. Restore 161 KV to operable within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> or be in Mode 3 within an additional 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> C. Restore 161 KV line to operable within 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> or be in Mode 3 within an additional 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> D. Restore 161 KV line to operable within 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> or be in Mode 3 within an additional 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> Proposed Answer: ___D___
Explanation: Per AOP-31, if the 161 KV line voltage falls below 161.3 kV, the line is considered inoperable. The inoperability of the 161 KV incoming line renders both transformer T1A-3 and T1A-4 inoperable per Tech Spec 2.7(2)c. This requires restoring the 161 KV line to operable within 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> or be in Mode 3 within an additional 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />. The other answers are plausible because they are reasonable answers depending on the candidates memory of the technical specifications.
Technical Reference(s): _______Tech Spec 2.7(2)c (Amendment No. 264). AOP-31, 161 kV Grid Malfunctions Rev.10 ________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_________
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X____
Question History: Last NRC Exam ____________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X___
10 CFR Part 55 Content: 55.41 _(2)__
55.43 _____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _81___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __1___
K/A # 0055_2.4.8_
Importance Rating _____ __4.5__
K/A Statement: (000055 Station Blackout) 2.4.8 Knowledge of how AOPs are used in conjunction with EOPs Proposed Question:
The plant is currently in hot shutdown with a T-cold at 532°F, preparing for a startup following refueling when a station blackout occurs.
What ONE of the following actions should be taken?
A. Implement AOP-32, LOSS OF 4160 VOLT OR 480 VOLT BUS POWER, then transition to EOP-07, STATION BLACKOUT B. Implement AOP-31, 161 KV GRID MALFUNCTIONS, AOP-32, LOSS OF 4160 VOLT OR 480 VOLT BUS POWER, and AOP-17, LOSS OF INSTRUMENT AIR C. Enter EOP-00, STANDARD POST TRIP ACTIONS, then transition to EOP-07, STATION BLACKOUT, and reference AOP-31, 161 KV GRID MALFUNCTIONS to restore power to 4160 buses once off-site power is restored D. Enter EOP-00, STANDARD POST TRIP ACTIONS, then transition to EOP-07, STATION BLACKOUT, and reference AOP-17, LOSS OF INSTRUMENT AIR Proposed Answer: __D___
Explanation: Per S-O-1, if T-cold is greater than 525 degrees, EOP-00 is entered anytime a reactor trip occurs or would have occurred. Therefore, EOP-00 would be entered, and the transition made to EOP-07 per diagnostics. EOP-07 specifically references the operators to use AOP-17 to help mitigate the consequences due to the concurrent loss of instrument air.
Therefore D is correct. Answers A and B are plausible if the candidate does not understand the guidance in S-O-1 and believes that because the plant is shutdown, the EOPs are not entered. Answer C is plausible if the candidate believes that the AOP would be referenced for restoration of power to the buses. This is not the case as the EOP has specific steps to energize 1A3 and 1A4 from offsite sources, so AOP use is not required.
Technical Reference(s): _S-O-1, Conduct of Operations Rev. 84 pg. 62, TBD-EOP-07, Station Blackout Rev. 14, AOP-31, 161 KV Grid Instability Rev. 10, AOP-32, Loss of 4160 Volt or 480 Volt Bus Power Rev. 16, EOP-00 "Standard Post Trip Actions" Rev. 27____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_____
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _82___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __2___
K/A # 0003_2.2.37_
Importance Rating _____ __4.6__
K/A Statement: (000003 Dropped Control Rod) 2.2.37 Ability to determine operability of safety related equipment.
Proposed Question:
What actions must be taken if a group 4 CEA is misaligned from the other CEAs in its group by 15 inches and can not be realigned?
A. Perform a power reduction using AOP-05, "Emergency Shutdown" and notify the Reactor Engineer.
B. Perform a power reduction using AOP-05, Emergency Shutdown" and notify the Plant Manager.
C. Enter AOP-02, "CEA and Control System Malfunctions", notify the Reactor Engineer and declare the CEA inoperable after an hour.
D. Enter AOP-02, "CEA and Control System Malfunctions", notify the Plant Manager and declare the CEA inoperable after an hour.
Proposed Answer: ___C___
Explanation:
Correct answer is C. Enter AOP-02, "CEA and Control System Malfunctions", notify the Reactor Engineer and declare the CEA inoperable after an hour.
The CEA is misaligned by more than 12 but less than 18 inches. AOP-02 specifies that the Reactor Engineer be notified. D is incorrect because the Plant Manager is not specified to be contacted. A and B are incorrect because the CEA is not misaligned by more than 18 inches.
Technical Reference(s): _______Tech Specs 2.10.2(4)d______ _____
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____none________
Learning Objective: 0712.25 ______________ (As available)
Question Source: Bank # __ 07-17-02-27__
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam _ NRC 2007_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ______
Comprehension or Analysis ___X__
10 CFR Part 55 Content: 55.41 _____
55.43 __(2)_
ES-401 Question Worksheet Form ES-401-5 Question # _83___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __2___
K/A # 0069_2.2.40_
Importance Rating _____ __4.7__
K/A Statement: (000069 Loss of Containment Integrity) Ability to apply technical specifications for a system.
Proposed Question:
At 1022 on July 6th, following a containment entry, you are notified by the operators that the PAL door interlock was failed and both doors could be opened at the same time. The outer PAL door was closed and padlocked shut at 1031.
Assuming that the door interlock cannot be repaired, when is the latest that the plant MUST be in cold shutdown per Technical Specification 2.6?
A. 2322 July 7th B. 522 July 8th C. 1622 July 8th D. 2222 July 8th Proposed Answer: __D__
Explanation: Per the technical specification bases, any mechanism on the personnel air lock other than a door is under 2.6(1)b(ii). If both doors are declared inoperable, 2.6(1)a applies.
The definition for operability, in part, is A device is capable of performing its specified safety function and all necessary controls or other auxiliary equipment required for the device to perform its safety function are also capable of performing their related support functions(s). In this case a mechanism on the personnel air lock is inoperable (the door interlock), and therefore 2.6(1)b(ii) applies. Per this technical specification, the mechanism must be repaired and the personnel air lock restored to operable status within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, or be in hot shutdown within the following 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> and cold shutdown 30 hours3.472222e-4 days <br />0.00833 hours <br />4.960317e-5 weeks <br />1.1415e-5 months <br /> after that, which is 2222 July 8th. Answer B is plausible if the individual believes that both PAL doors are inoperable due to the failure of the door interlock, in which case 2.6(1)a would apply, in which if it is not restored to operable within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />, must be in hot shutdown 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> after that, subcritical and <300°F 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> after that, and cold shutdown 30 hours3.472222e-4 days <br />0.00833 hours <br />4.960317e-5 weeks <br />1.1415e-5 months <br /> after that. The other two distracters are plausible if the individual leaves out the six hours (30 hours3.472222e-4 days <br />0.00833 hours <br />4.960317e-5 weeks <br />1.1415e-5 months <br /> AFTER the six hours has elapsed, but they do 30 hours3.472222e-4 days <br />0.00833 hours <br />4.960317e-5 weeks <br />1.1415e-5 months <br /> including the six hours).
Technical Reference(s): __T.S. 2.6___________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______T.S. 2.6_____
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ___N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 __(2)__
Comments:
F ES-401 Question Worksheet Form ES-401-5 Question # _84___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __2___
K/A # 068_2.4.11_
Importance Rating _____ __4.2__
K/A Statement: (068 Control Room Evacuation) Knowledge of abnormal condition procedures.
Proposed Question:
Visible smoke has been noted in the control room. Both zone alarms for the cable spreading room have alarmed and have been validated. A control room evacuation is required.
The CRS shall direct entry into _____(1)_____. The CRS has a MAXIMUM of _____(2)_____
minutes to establish control at the alternate shutdown panels before conditions for a site area emergency exist.
A. AOP-06, "Fire Emergency"; 10 B. AOP-06, "Fire Emergency"; 15 C. AOP-07, "Control Room Evacuation"; 10 D. AOP-07, "Control Room Evacuation"; 15 Proposed Answer: __B__
Explanation: AOP-06 entry conditions include visible smoke. Also, in the Notes section for AOP-06, two valid alarms in either the control room or the cable spreading room requires a control room evacuation. Per AOP-06,Section II Notes, the CRS has 15 minutes to establish control before conditions for a site area emergency exist. Therefore, answer B is correct.
Answer A is plausible because the time critical actions for the other operators (LO1, LO2, EONA, and Control Room Communicator) must be performed within 10 minutes, so the candidate might confuse the two times. Answers C and D are plausible but incorrect because entry into AOP-07, although for control room evacuations, are specifically for control room evacuations OTHER than for fire, so the candidate might not remember that piece of information.
Technical Reference(s): __AOP-06 "Fire Emergency" Revision 25, AOP-07 "Control Room Evacuation" Revision 14._
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X__
Question History: Last NRC Exam ___N/A_______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X_
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)_
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _85___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __1___
Group # _____ __2___
K/A # A16_AA2.1_
Importance Rating _____ __3.5__
K/A Statement: (CE/A16 Excess RCS Leakage) Ability to determine and interpret the following as they apply to the (Excess RCS Leakage) AA2.1 Facility conditions and selection of appropriate procedures during abnormal and emergency operations.
Proposed Question:
The RCS is leaking into SG RC-2A at a constant rate of 0.15 GPM. Which is the least restrictive (longest time) requirement that meets both Technical Specifications and Procedure directions?
A. Commence a power reduction per OP-4, LOAD CHANGE AND NORMAL POWER OPERATION, to be in Mode 3 within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> B. Commence a power reduction per OP-4, LOAD CHANGE AND NORMAL POWER OPERATION, to be in Mode 3 within 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> C. Commence a power reduction per AOP-05, EMERGENCY SHUTDOWN, to be in Mode 3 within 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> D. Commence a power reduction per AOP-05, EMERGENCY SHUTDOWN, to be below 50% power within one hour and in Mode 3 within three hours Proposed Answer: __C__
Explanation: Per AOP-22, Attachment B, Step 11, if primary to secondary leakage exceeds 150 gpd (0.10 gpm), commence a plant shutdown per AOP-5 and enter Mode 3 within 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />.
Per T.S. 2.1.4, if primary to secondary leakage exists outside the T.S. limit of 150 gpd through any one steam generator, be in Mode 3 within 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />. Therefore, answer C is correct. Answer A is incorrect but plausible because those are the actions driven by procedure if the primary to secondary leakage exceeds 75 gpd (0.05 gpm) sustained for 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> with less than 30 gpd increase in a 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> period of time (Step 9). Answer B is incorrect but plausible because 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> is a reasonable period of time to require entry into Mode 3 and is in between two procedurally directed times (24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> per Step 9 and 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> per Step 11). Answer D is incorrect but plausible because these are the actions driven by procedure is the primary to secondary leakage exceeds 75 gpd AND a greater than 30 gpd increase in leak rate over an hour period of time.
Technical Reference(s): ____TS 2.1.4 (Amendment 246), AOP-22, Attach B, Step 11 Rev. 32_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None________
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X____
Question History: Last NRC Exam ____________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X___
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _86___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __1___
K/A # 006_G2.2.38_
Importance Rating _____ __4.5__
K/A Statement: (006 Emergency Core Cooling) 2.2.38 Knowledge of conditions and limitation in the facility license.
Proposed Question:
The reactor is currently at 100% power. It was determined at 0815 today, April 13th, that one safety injection tank had a boron concentration that was less than the refueling concentration.
Assuming boron concentration cannot be restored to within limits, the plant must be in HOT SHUTDOWN no later than _____(1)_____.
A. April 14th at 2015 B. April 15th at 0815 C. April 16th at 2015 D. April 17th at 0815 Proposed Answer: __C__
Explanation: Per T.S. 2.3(2)(h), one safety injection tank may be inoperable due to boron concentration not within limits for a period of no more than 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />. Per T.S. 2.3(2), If system is not restored to meet the minimum requirements in time period specified, reactor shall be placed in hot shutdown within 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />. Per T.S. 2.3(1)(c), the safety injection tanks must have refueling boron concentration. Therefore, for the question stem above, the plant is in T.S.
2.3(2)(h). If the concentration cannot be restored, the plant must be in hot shutdown 84 hours9.722222e-4 days <br />0.0233 hours <br />1.388889e-4 weeks <br />3.1962e-5 months <br /> after entry into T.S. This would make answer C correct. The other answers are incorrect but plausible due to using different LCO times, specifically, 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> instead of 72 as would be the case if the SIT was inoperable for reasons other than boron or level/pressure instrumentation, and 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> to shutdown instead of 12, as is the case for entering cold shutdown.
Technical Reference(s): _T.S. 2.3 (Amendment 221)
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_____
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam _____N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge ____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(1)__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _87___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __1___
K/A # 010_G2.2.37_
Importance Rating _____ __4.6__
K/A Statement: (010 Pressurizer Pressure Control) 2.2.37 Ability to determine operability and/or availability of safety related equipment.
Proposed Question:
The minimum Technical Specification capacity is ___(1)___and basis is ___(2)___for Pressurizer Heaters.
A. 150 KW; to overcome the Pressurizer Spray bypass flow and maintain the RCS boron concentration within 50 ppm of the Pressurizer B. 150 KW; to be available during a loss of offsite power to maintain natural circulation at Hot Shutdown C. 225 KW; to overcome the Pressurizer Spray bypass flow and maintain the RCS boron concentration within 50 ppm of the Pressurizer D. 225 KW; to be available during a loss of offsite power to maintain natural circulation at Hot Shutdown Proposed Answer: ___B___
Explanation: The 225KW distractor was chosen because 2 backup heater banks are rated at 225KW and 2 are rated at 150KW. The value and basis are right out of TS.
Technical Reference(s): _____TS 2.1.7 (Amendment No 182)____________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_________
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ____X___
Question History: Last NRC Exam ____________
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _____
55.43 _(2)_
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _88___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __1___
K/A # 013_A2.06_
Importance Rating _____ __4.0__
K/A Statement: (013 Engineered Safety Features Actuation) Ability to (a) predict the impacts of the following malfunctions or operations on the ESFAS; and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations; A2.06 Inadvertent ESFAS actuation Proposed Question:
Given the following plant conditions:
Reactor is at 100 percent Alarms "AFWS STEAM GEN RC-2A CHANNEL A ACTUATED" and "AFWS STEAM GEN RC-2B CHANNEL A ACTUATED" are lit Current level in steam generator RC-2A is 55% NR and increasing Current level in steam generator RC-2B is 60% NR and increasing Both the motor driven auxiliary feedwater pump, FW-6, and the turbine driven auxiliary feedwater pump, FW-10, are operating and feeding into both steam generators Based on the above, which ONE of the following procedures should be used FIRST to restore the auxiliary feedwater system to standby?
A. AOP-23, RESET OF ENGINEERED SAFEGUARDS B. AOP-28, AUXILIARY FEEDWATER SYSTEM MALFUNCTIONS C. EOP/AOP Floating Step H, RESET OF ENGINEERED SAFEGUARDS D. EOP/AOP Floating Step JJ, DISABLING SAFEGUARDS RELAYS Proposed Answer: __B___
Explanation: Based on the given conditions, an inadvertent AFAS has occurred, resulting in auxiliary feedwater actuating and injecting into both steam generators. For an inadvertent AFAS, AOP-28 Section II is entered, making answer B correct. Floating Step JJ is a contingency step if the preferred method of reset does not work. However, the question asks for which procedure should be used first, therefore answer D is plausible but incorrect. Answer C is incorrect but plausible because it does reset ESF actuations, but it is used for legitimate actuations, not inadvertent. Answer A is incorrect but plausible because it is used for other inadvertent engineered safeguards actuations (i.e. CPHS, VIAS, OPLS, etc.), but not for an inadvertent AFAS.
Technical Reference(s): __AOP-23 Reset of Engineered Safeguards, Rev. 9, EOP/AOP Floating Steps, Rev.1, STM Vol. 19 Engineered Safeguards Control System Rev. 37, ARP-AI-66A/A66A
Rev. 13, AOP-28 "Auxiliary Feedwater System Malfunctions" Rev. 15___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ___None_______
Learning Objective: __ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X__
Question History: Last NRC Exam __N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _90___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __1___
K/A # 064_G2.2.42_
Importance Rating _____ __4.6__
K/A Statement: (064 Emergency Diesel Generator) Ability to recognize system parameters that are entry-level conditions for Technical Specifications.
Proposed Question:
A local operator has just finished his rounds and reports the following:
Diesel fuel oil inventory in FO-1 is 13,000 gallons Diesel fuel oil inventory in FO-10 is 10,000 gallons Diesel generator DG-1 lube oil inventory is 504 gallons Diesel generator DG-2 lube oil inventory is 554 gallons Neither diesel generator is undergoing any maintenance.
Based on the above report, which ONE of the following technical specifications applies?
A. Enter T.S. 2.7(3)(a) and restore required inventory within 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> B. Declare diesel generator DG-1 inoperable, enter T.S. 2.7(2)(j), and restore to operable within 7 days C. Declare diesel generator DG-2 inoperable, enter T.S. 2.7(2)(j), and restore to operable within 7 days D. Declare both diesel generators inoperable, enter T.S. 2.0.1, be in hot shutdown within 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />, and cold shutdown within the following 30 hours3.472222e-4 days <br />0.00833 hours <br />4.960317e-5 weeks <br />1.1415e-5 months <br /> Proposed Answer: __D___
Explanation: Per T.S. 2.7(3)(f) if one or more diesels have diesel fuel oil, lube oil or required starting air subsystem not within limits for reasons other than a, b, c, d, or e, declare the associated diesel inoperable immediately. Per 2.7(3)(a), if FO-1 is less than 16,000 and/or FO-10 is less than 10,000 gallons, but the combined inventory in FO-1 and FO-10 is greater than 23,350 gallons, restore required inventory within 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br />. The combined inventory in the stem is 23,000 gallons, and therefore 2.7(3)(a) does not apply, making T.S. 2.7(3)(f) apply. Since FO-1 is common to both tanks (as is FO-10 as it fills FO-1), both diesels must be declared inoperable and T.S. 2.01 entered. That makes answer D correct. Answer A is incorrect but plausible if the student does not recall the value of the combined inventory in the T.S. and applies T.S. 2.7(3)(a). Answers B and C are incorrect but plausible if the applicant believes that FO-1 and FO-10 each supply a separate diesel generator and based on which one they believe to be low. They would choose answer B if they recognize that FO-1 is low, and answer C if they believed that FO-10 is low. In this case, FO-10 is not low, as it meets the minimum T.S. value, but FO-1 is low, and is 3,000 gallons less than the T.S. minimum value.
Technical Reference(s): ___T.S. 2.0.1 (Amendment 264), T.S. 2.7(2) (Amendment 264), T.S. 2.7(3) (Amendment 264)_______________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _____None_______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X___
Question History: Last NRC Exam ____N/A___
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 _(2)____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _91___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __2___
K/A # 027_2.2.25_
Importance Rating _____ __4.2__
K/A Statement: (027 Containment Iodine Removal) Knowledge of the bases in Technical Specifications for LCOs and safety limits.
Proposed Question:
According to the Technical Specifications (and their associated bases), what is required for iodine removal from the air in containment during the design basis Loss of Coolant Accident?
A. One VA-7 cooling unit and one VA-3 cooler and filtering unit because sodium tetraborate is not effective above a pH of 7.
B. One VA-7 cooling unit and one VA-3 cooler and filtering unit because sodium tetraborate is not effective below a pH of 7.
C. One containment spray pump and one VA-3 cooler and filtering unit because it contains a charcoal filter.
D. One containment spray pump and one VA-7 cooling unit because it contains a HEPA filter.
Proposed Answer: __B___
Explanation:
Answer B is correct, One VA-7 cooling unit and one VA-3 cooler and filtering unit because sodium tetraborate is only effective when pH is greater than or equal to 7.
Answer A is credible but not correct because the sodium tetraborate is effective at removing iodine when the pH is above 7. Answer C and D are not correct because the Containment Spray pumps are not credited in the TS bases for iodine removal due to sump clogging concerns (or at all for the LOCA DBA, only during the MSLB DBA are they required), although they would remove some iodine if started during the LOCA by scrubbing it from the air.
Technical Reference(s): _______TS 2.3 and 2.4 bases___________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: None_________
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _____
55.43 __2__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _92___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __2___
K/A # 034_K4.02_
Importance Rating _____ __3.3__
K/A Statement: (034 Fuel Handling Equipment) Knowledge of design feature(s) and/or interlock(s) which provide for the following: K4.02 Fuel movement Proposed Question:
During refueling, a fuel bundle has been removed from the core and the fuel hoist box on FH-1 has been returned to its up limit. What action must be taken for FH-1 bridge and trolley manual movement?
A. The hoist underload bypass must be turned to OFF B. The bridge trolley lockout pushbutton must be depressed C. The bridge and trolley joysticks must be moved as necessary D. The mast detent switch must be placed in DISENGAGE Proposed Answer: __C___
Explanation: Answer C is correct per STM volume 40. Answer A is incorrect but plausible because the hoist underload bypass is used to override an underload condition, allowing movement. Having it turned to OFF is it's normal configuration and would already be in this condition for this stem. This bypass being turned off has no effect on movement of the bridge and trolley. Answer D is incorrect but plausible because this is required to be able to rotate the mast. It has no effect on bridge or trolley motion. Answer B is incorrect but plausible because this must be depressed to overcome a trolley or bridge interlock. However, because there's fuel on the hoist and the hoist is at its up limit and no longer moving, the interlocks are satisfied, allowing bridge/trolley movement without requiring an override.
Technical Reference(s): ___STM Vol. 40 Refueling System, Rev. 20, Lesson Plan 7-11-13 Rev. 14_______
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None________
Learning Objective: ___7-11-13 1.2______ (As available)
Question Source: Bank # __X___
Modified Bank # _______ (Note changes or attach parent)
New ____
Question History: Last NRC Exam __1997_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _____
55.43 _b(7)____
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # _93___
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __2___
Group # _____ __2___
K/A # 071_A2.02_
Importance Rating _____ __3.6__
K/A Statement: (071 Waste Gas Disposal) Ability to (a) predict the impacts of the following malfunctions or operations on the Waste Gas Disposal System; and (b) based on those predictions, use procedures, to correct, control, or mitigate the consequences of those malfunctions or operations: A2.02 Use of waste gas release monitors, radiation, gas flow rate, and totalizer Proposed Question:
A waste gas release is planned. FR-758, the Stack Total Flowrate Recorder on AI-44, is not working. Per the ODCM, what additional actions are required to perform this release due to the recorder being inoperable?
A. Stack flow readings must be manually recorded on the gas discharge log at least every four hours B. No additional actions are required as long as FR-532, Waste Gas Release Rate Recorder on AI-100, is operable C. Stack flow must be determined at least every four hours by multiplying the number of running AB exhaust fans by a value given in the ODCM D. The release is not allowed until FR-758 is repaired, has been recalibrated, and has passed a functional test Proposed Answer: __A___
Explanation: Per the ODCM, a minimum of one operable channel is required for the waste gas discharge header (FR-532) AND Auxiliary Building Stack (FR-758). Therefore this requirement is not met. Note that the question stem states that the flow recorder is not working but does not state that the flow measurement device is not working. The required action (Action 7) states that releases may continue provided the flow rate is estimated or recorded manually at least once per 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> during the release. Therefore B and C are incorrect yet plausible. Answer C is incorrect in that the ODCM does not provide a value by which the number of exhaust fans can be multiplied to provide an estimated flow rate. The ODCM does provide the maximum flow rate with all three exhaust fans running and 2 containment purge fans running. Therefore C is incorrect but plausible. Answer A is in-line with the requirements of the ODCM and is therefore correct.
Technical Reference(s): _CH-ODCM-0001, Offsite Dose Calculation Manual Rev.
21, OI-WDG-2 Waste Gas Disposal System Release Rev. 24___
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None______
Learning Objective: _1950-04 2.02 State the action to be taken in the event liquid and gaseous effluent instrumentation is not operable_____ (As available)
Question Source: Bank # _19-50-04 001_
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam __2004_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X_
10 CFR Part 55 Content: 55.41 _____
55.43 _(5)__
Comments: Slightly changed wording of distracter C to make it more plausible. Deleted word automatic from stem (changed from automatic waste gas release to waste gas release).
ES-401 Question Worksheet Form ES-401-5 Question # 94_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # ____________2.1.35_
Importance Rating _____ __3.9_
K/A Statement: Knowledge of the fuel-handling responsibilities of SROs.
Proposed Question:
You took the watch as the fuel handling coordinator at 1815.
During shift turnover, the offgoing fuel handling coordinator informed you that shutdown cooling was lost for approximately one hour when LPSI pump SI-1B tripped off-line at 1513. LPSI pump SI-1A is currently providing shutdown cooling while troubleshooting is continuing on LPSI pump SI-1B.
At 1950, an irradiated fuel assembly has been removed from the upender and is currently being indexed to the required core location. At this time, you receive notification from the control room that LPSI pump SI-1A has tripped off-line and cannot be restarted. The control room is working on getting a containment spray pump aligned to provide shutdown cooling.
Based on the above information, which ONE of the following actions will you direct to be taken?
A. Complete insertion of current fuel assembly and then stop further fuel movement until shutdown cooling can be restored B. Stop movement of current fuel assembly at its current location and suspend further fuel movement until shutdown cooling can be restored C. Return current fuel assembly to the upender and then stop further fuel movement until shutdown cooling can be restored D. Complete insertion of current fuel assembly and continue fuel loading provided that shutdown cooling is restored to operation by 2050 hours0.0237 days <br />0.569 hours <br />0.00339 weeks <br />7.80025e-4 months <br /> Proposed Answer: __C__
Explanation:
Per T.S. 2.8.1(3), Note 1: SDC can be secured for </= 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> per 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> period. The stem of the question states that SDC was lost for an hour at 1513, so the 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> period would go until 2313. SDC was again lost at 1950, which is within the 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> period of time. Therefore, this Note does NOT apply. Therefore, the required action is to immediately suspend loading of irradiated fuel assemblies into the reactor core. This is an irradiated assembly, so they need to suspend loading of this fuel assembly. They havent started insertion yet, as they are still indexing, so they cannot insert it. This makes answer A plausible, but incorrect, if the candidate believes that they can finish this insertion and then suspend fuel movement. Per the definitions section of the Tech Spec, for both Refueling operations and core alterations, suspension of these shall not prevent completions of movement of a component to a safe, conservative position. Also, per OP-12, Precaution 4, the Fuel Handling Coordinator can direct the assembly to be returned to the Upender area if the fuel assembly is in transit to the core. In
this case, the fuel assembly is in transit to the core. Therefore, the conservative action is not to leave the fuel assembly where it currently is, but to return the fuel assembly to the upender.
This makes answer C correct, and answer B incorrect but plausible if the candidate does not know that these options are available. Answer D is plausible if the candidate does not know or understand that Note 1 applies to any 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> window and that just because the shift changed, does not reset the Note 1 clock.
Technical Reference(s): _T.S. Definitions, T.S. 2.8.1(3), OP-12 Fueling Operations, Rev. 60_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam __N/A_____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X_
10 CFR Part 55 Content: 55.41 _____
55.43 _(2), (6)_
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # 95_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # _____ _2.1.37_
Importance Rating _____ __4.6_
K/A Statement: Knowledge of procedures, guidelines, or limitations associated with reactivity management.
Proposed Question:
During performance of surveillance test OP-ST-CEA-003, CONTROL ELEMENT ASSEMBLY PARTIAL MOVEMENT CHECK, at 98% power, All group 4 CEAs were initially at 120. CEA 38 was successfully inserted six inches to 114, but then would not withdraw back to its original position of 120. The rest of that groups CEAs are located at 120. It has been determined that the CEA is trippable and there is no indication of excess friction or mechanical interference. All other CEAs have passed the surveillance test satisfactorily.
Which ONE of the following is directed by AOP-02 CEA AND CONTROL SYSTEM MALFUNCTIONS, based on the above information?
A. Trip the reactor B. Commence a reactor shutdown C. Lower reactor power to less than 70% T power D. Continue operation at current power level Proposed Answer: __D__
Explanation: CEA 38 is a group 4 control rod. Per TDB-VI, COLR, Rev. 39, the long term steady state insertion limit for group 4 at 100% power is 104.5. This CEA is above that limit.
Its trippable, within 12 of the rest of the group, and not mechanically bound or stuck. Only one CEA is inoperable, since the others passed their surveillance. Therefore, operation can continue in this configuration and answer D is correct. Answer A is plausible because it is required by procedure, but only if a CEA is misaligned >18. Answer B is plausible because it is required by procedure, but only if more than 1 CEA is inoperable, if the CEA is untrippable, mechanically bound (stuck), and if the CEA is >12 but <18 misaligned and cannot be aligned within one hour after power level reduced to 70%. None of these are applicable in this case.
Answer C is plausible because that is the initial action directed if the CEA is >12 but <18 misaligned.
Technical Reference(s): _TBD-AOP-02 CEA and Control System Malfunctions Rev. 7, TDB-VI COLR, Rev. 39 (Cycle 26), TDB-I.A.3 CEDM Locations Rev. 7, STM Vol. 11 "Control Rod Drive System" Rev. 19, OP-ST-CEA-0003 Rev. 13__
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question History: Last NRC Exam ____N/A______
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _____
55.43 _(6)_
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # 96_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # _____ _2.2.6_
Importance Rating _____ __3.6_
K/A Statement: Knowledge of the process for making changes to procedures.
Proposed Question:
Which of the following procedure changes requires a 50.59 evaluation?
A. Adding a new valve stroke time to check B. Correcting step numbers in a quality procedure note C. Adding a drawing or figure for clarification D. Marking optional procedure steps Not Applicable Proposed Answer: __A____
Explanation:
All three distracters (B, C, and D) are administrative in nature and therefore do not require a 50.59 evaluation.
Technical Reference(s): ____10 CFR 50.59______________________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None___________
Learning Objective: _________________________ (As available)
Question Source: Bank # ___X___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam Clinton 2001______
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _____
55.43 __3__
Comments: taken from INPO Exam bank (Attached) . I modified distractor D since it did not seem credible
ES-401 Question Worksheet Form ES-401-5 Question # 97_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # _____ _2.2.12_
Importance Rating _____ __4.2_
K/A Statement: Knowledge of Surveillance Procedures.
Proposed Question:
In accordance with Technical Specification Surveillance Requirement 3.10(7) for Reactor Core Parameter Departure from Nucleate Boiling (DNB), some of the required parameters required to be verified and their associated frequencies for this surveillance are:
A. Cold Leg Temperature once per shift Pressurizer Pressure once per shift Total Reactor Vessel Coolant Flow Rate once per shift B. Cold Leg Temperature once per shift Pressurizer Pressure once per shift Total Reactor Vessel Coolant Flow Rate once per week C. Cold Leg Temperature once per shift Pressurizer Pressure once per shift Total Reactor Vessel Coolant Flow Rate once per month D. Cold Leg Temperature once per week Pressurizer Pressure once per week Total Reactor Vessel Coolant Flow Rate once per month Proposed Answer: ___C___
Explanation:
C is correct, Temp and Pressure required to be done shiftly while flow is required monthly.
DIstractors are combinations of frequencies that are not correct but plausible.
Technical Reference(s): _TS 3.10(7) a and b______________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None__________
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New __X____
Question Cognitive Level: Memory or Fundamental Knowledge __X__
Comprehension or Analysis _____
10 CFR Part 55 Content: 55.41 _____
55.43 __2__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # 98_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # _____ _2.3.4_
Importance Rating _____ __3.7_
K/A Statement: Knowledge of radiation exposure limits under normal or emergency conditions.
Proposed Question:
An accident has occurred in the plant which has resulted in core damage. A General Emergency has been declared based on projected radiological conditions offsite. A release is in progress. The TSC has been activated and the Site Director has completed EPIP-OSC-2, COMMAND AND CONTROL POSITION ACTIONS/NOTIFICATIONS, Attachment 6.7, Relief Checklist. The EOF is still in the process of activating.
It has been determined that the release can be terminated by isolation of a manual valve. It is estimated that it will take 12 minutes to isolate the valve. The radiation field at the valve is 30 R/hr.
Per EPIP-EOF-11, DOSIMETRY RECORD, EXPOSURE EXTENSIONS AND HABITABILITY, who can authorize this dose extension?
A. Control Room Coordinator, Site Director, or Emergency Director B. Control Room Coordinator ONLY C. Site Director ONLY D. Emergency Director ONLY Proposed Answer: __C___
Explanation: Per EPIP-EOF-11, the emergency facility directors in their facility can authorize exposures up to 5 REM TEDE. With the given values in the stem above, the expected dose that will be received is 6 REM. For any authorizations above 5 REM (as in this case), it must be approved by the current command and control position in charge. In this case, based on the stem information, the TSC has the command and control function for the event. Therefore answer C is correct. Answer A is incorrect but plausible because this would be true if the anticipated dose was less than 5 REM, which it is not. Answers B and D are incorrect but plausible because they could be true depending on who had the command and control function at this time.
Technical Reference(s): _EPIP-OSC-2, Command and Control Position Actions/Notifications Rev. 52, EPIP-EOF-11, Dosimetry Record, Exposure Extensions and Habitability Rev. 26_
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ____None_______
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # ADM-EP 062 (Note changes or attach parent)
New _______
Question History: Last NRC Exam __2004____
(Optional: Questions validated at the facility since 10/95 will generally undergo less rigorous review by the NRC; failure to provide the information will necessitate a detailed review of every question.)
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X_
10 CFR Part 55 Content: 55.41 _____
55.43 _(4)__
Comments: Modified two conditions in the stem, one significantly: who had command and control at the time of the question, and one that changed the dose rate and time to completed the task. I changed distracters to make them more plausible.
ES-401 Question Worksheet Form ES-401-5 Question # 99_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # _____ _2.4.8_
Importance Rating _____ __4.5_
K/A Statement: Knowledge of how abnormal operating procedures are used in conjunction with EOPs.
Proposed Question:
In the CONDUCT OF OPERATIONS PROCEDURE SO-O-1, guidance is offered for consistent, conservative response to events that include the use of both Emergency Operating Procedures and Abnormal Operating Procedures. One circumstance where an Abnormal Operating Procedure would take priority over Emergency Operating Procedure EOP-00 STANDARD POST TRIP ACTIONS is:
A. EOP-00 must always be performed first B. During an OP-3A plant shutdown with an RPS activation C. Only when directed by the shift manager D. When the reactor coolant system is on shutdown cooling Proposed Answer: ___D__
Explanation:
On page 63 of SO-O-1 it stated that the SPTA procedure E-00 shall be followed following any RPS actuation with two exceptions: 1) If the RPS actuation is part of OP-3A plant shutdown or a pre-planned maintenance or surveillance activity, and 2) if the RCS is on shutdown cooling (Tcold < 350 degrees F).
Distracter A is credible because this is the only exception and if not known then A would be correct. Distractor B is credible but not correct because no RPS actuation occurred. Distractor C is credible but not correct because shift managers can override certain things but not for this situation.
Technical Reference(s): __SO-O-1 Rev 84____(page 63)________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: _None___________
Learning Objective: _________________________ (As available)
Question Source: Bank # _______
Modified Bank # _______ (Note changes or attach parent)
New ___X___
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 __5__
Comments:
ES-401 Question Worksheet Form ES-401-5 Question # 100_
Examination Outline Cross-
Reference:
Level RO SRO Tier # _____ __3__
Group # _____ _____
K/A # _____ _2.4.09_
Importance Rating _____ __4.2_
K/A Statement: Knowledge of low power / shutdown implications in accident (e.g. Loss of coolant accident loss of residual heat removal) mitigation strategies.
Proposed Question:
Given the following plant initial conditions:
- A refueling outage is in progress.
- 106 fuel assembles have been loaded into the core
- The 107th fuel assembly (a new fuel assembly) is being moved over the core
- The Equipment Hatch, Room 66 roll-up doors, Room 66 construction access Opening, and both PAL doors are all open Plant conditions then change:
- The moving fuel assembly drops from FH-1
- No radiation monitor alarms are received Which one of the following actions meets the requirements of AOP-08, FUEL HANDLING INCIDENT, if performed within one hour?
A. Initiate CIAS using the EMERGENCY OPERATE switches. Close the equipment hatch, all applicable containment penetrations, and at least one of the PAL doors B. Initiate CIAS using the EMERGENCY OPERATE switches. Close the Room 66 Roll-up doors and both of the PAL doors C. Initiate VIAS using the CRHS test switches. Close the equipment hatch, all applicable containment penetrations and at least one of the PAL doors D. Initiate VIAS using the CRHS test switches. Close the Room 66 Roll-up doors and both of the PAL doors Proposed Answer: __C___
Explanation:
C is correct per AOP-08, Initiate VIAS using the CRHS test switches and Close the equipment hatch, all applicable containment penetrations and at least one of the PAL doors.
DIstractors A and B are incorrect because CIAS is not initiated. Distractor D is incorrect because the equipment hatch must be closed.
Technical Reference(s): ___AOP-08 Rev. 9______________________________
(Attach if not previously provided) _______________________________________________
(including version/revision number) _______________________________________________
Proposed references to be provided to applicants during examination: ______None_______
Learning Objective: _ 0711-08 02.03________________ (As available)
Question Source: Bank # ___X___
Modified Bank # _______ (Note changes or attach parent)
New _______
Question History: Last NRC Exam _NRC 2009 Exam______
Question Cognitive Level: Memory or Fundamental Knowledge _____
Comprehension or Analysis __X__
10 CFR Part 55 Content: 55.41 _____
55.43 __7__
Comments: