Text

Initial Exam 2010-301 Final SRO Written Exam (Section 9)
	ML101650622
Person / Time
Site:	Farley
Issue date:	06/07/2010
From:	; NRC/RGN-II
To:	; Southern Nuclear Operating Co
References
	50-348/10-301, 50-364/10-301
	Download: ML101650622 (118)
	v • d • e

ES-401-8 ES-401-8 Site-Specific SRO Site-Specific SRO Written Written Examination Examination Cover Sheet Cover Sheet u.s. Nuclear Regulatory U.S. Nuclear Regulatory Commission Commission Site-Specific SRO Site-Specific SRO Written Written Examination Examination Applicant Information Applicant Information Name:

Name:

Date:

Date: Facility/Unit: Farley Facility/Unit: Farley Nuclear Nuclear Plant Plant Region: I D II E1 IK1 Ill III D IV IV D Reactor Type: W IK1 CE D BW D GE LJ CE GE D Start Time: Finish Time:

Instructions Use the answer sheets provided to document your answers. Staple this cover sheet on top of the answer sheets. To pass the examination you must achieve a final grade of at least 80.00 percent overall, with 70.00 percent or better on the SRO-only items if given in conjunction with the RO exam; SRO-only exams given alone require a final grade of 80.00 percent to pass. You have 8 hours9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months to complete the combined examination, and 3 hours3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months if you are only taking the SRO portion.

Applicant Certification All work done on this examination is my own. II have neither given given nor received aid.

Applicant's Signature Applicants Results RO/SRO-On ly/Total Examination RO/SRO-Only/Total Examination Values Points

- - / - - / - - Points Applicants Applicant's Scores Points Scores - - // - - // - - Points Applicants Applicant's Grade Grade - - // - - // - - Percent Percent

1.1. Unit Unit 11 isis at at 74%

74% power power and and stable, stable, andand the the following following conditions conditions occurred:

occurred:

At 1000:

RodRod control control isis inin AUTO.

AUTO.

TI-40BA, Tl-408A, Tavg Tavg - Tref

- Tref deviation, deviation, indicates indicates O°F0°F and and stable.

stable.

Pressurizer Pressurizer level level isis stable.

stable.

Reactor Reactor Power Power isis approximately approximately 75% 75% andand stable.

stable.

Control Control BankBank D D step step counters counters are are at at 144 144 steps.

steps.

At 1002:

- TI-40BA, TI-408A, Tavg Tavg - Tref

- Tref deviation, deviation, indicates indicates approximately approximately +2°F+2°F and and rising.

rising.

- Pressurizer Pressurizer level level is is slowly slowly rising.

rising.

- Pressurizer Pressurizer spray spray valvesvalves have have throttled throttled open.

open.

- Reactor Reactor Power Power is is approximately approximately 76% 76% and and slowly slowly rising.

rising.

- Control Control Bank Bank D D step step counters counters are are at at 150 150 steps steps and and rising at B rising at 8 steps steps minute.

per minute.

per

There There is is no no load load change change in in progress.

progress.

Which one of of the following following describes:

1) the event in progress and

2) the NEXT action that must be performed lAW AOP-19.0, Malfunction of Rod Control System?

A. 1 1)) Inadvertent RCS boration;

2) Trip the reactor and enter EEP-O, EEP-0, Reactor Trip or Safety Injection.

B. 1) 1) Inadvertent RCS boration; 2)2) Place Place the rod control mode selector switch to MANUAL MANUAL and and match match Tavg Tavg with with Tref by inserting Tref by inserting rods.

C. 1)

C. 1) Uncontrolled Uncontrolled Continuous Continuous Rod Rod Withdrawal;

2) 2) Trip Trip thethe reactor reactor and and enter enter EEP-0, EEP-O, ReactorReactor Trip Trip or or Safety Safety Injection.

Injection.

D. 1)

D. 1) Uncontrolled Uncontrolled Continuous Continuous Rod Rod Withdrawal; Withdrawal;

2) 2) Place Place the the rod rod control control mode mode selector selector switchswitch toto MANUAL MANUAL and and verify verify that rod that rod motion stops.

motion stops.

2.2. Which Which one one ofof the the following following correctly correctly describes describes components components inin the the power power flow flow path path to to the Reactor Trip Breakers?

the Reactor Trip Breakers?

The 600V The 600V (1) (1) supply supply the the CRDM CRDM MG MG set set supply supply breakers, breakers, then then the the (2)

(2) ,then

, then the Reactor the Reactor trip trip breakers.

breakers.

((1)

1) (2)

(2)

A. LCCs D A. LCCs D and and EE Motor Generator Motor Generator Sets, Sets, then then the the Power Power Cabinets Cabinets B. MCCs A B. MCCs A and and BB Motor Generator Motor Generator Sets, Sets, then then the the Power Power Cabinets Cabinets C. LCCs D C. LCCs D and and E E Motor Generator Motor Generator Sets Sets D. MCCs A D. MCCs A and and B B Motor Generator Motor Generator Sets Sets

3. Unit 11 isis at

3. Unit at 25%

25% power power andand the the following following conditions conditions occurred:

occurred:

1000:

At 1000:

At

- 1IA A RCPRCP amps amps and and motor motor winding winding temperature temperature were were observed observed to to be be rising rising while 11A while RCS LOOP A RCS LOOP flow flow was was decreasing.

decreasing.

At 1002:

EF1, 1A

- EF1, 1A RCS RCS LOOPLOOP FLOW FLOW LO LO OR OR 1A1A RCP RCP BKR BKR OPEN, OPEN, isis in in alarm.

alarm.

1A RCP 1A Handswitch indicating RCP Handswitch indicating Green Green and and Amber Amber lights lights are are LIT, LIT, the Red the Red light light is NOT LIT.

is NOT LIT.

AOP-4.O, Loss

AOP-4.0, Loss Of Of Reactor Reactor Coolant Coolant Flow, Flow, immediate immediate actions actions have have been been completed.

completed.

RCS Temperatures RCS Temperatures are: are:

- 1A RCS 1A LOOP Tavg RCS LOOP Tavg isis 53rF.

537°F.

- 11BB RCS RCS LOOP LOOP TavgTavg isis 553°F.

553°F.

1C RCS LOOP LOOP Tavg is 553°F.

Which one of the following correctly describes describes the CAUSE of these indications and the ACTION required lAW AOP-4.0? AOP-4.O?

CAUSE ACTION A. Seized motor bearing Trip the Reactor B. Sheared shaft Trip the Reactor C. Seized motor bearing Commence Normal Reactor Shutdown D. Sheared shaft Commence Normal Reactor Shutdown

-~

4. AA LOCA

4. LOCA and and LOSP LOSP has occurred on has occurred on Unit Unit 1,1, and and the the following following conditions conditions occurred:

occurred:

FRP-C.2, Response FRP-C.2, Response To To Degraded Degraded Core Core Cooling, Cooling, isis inin progress.

progress.

- COW to ALL the RCP5 CCW to ALL the RCPs thermal thermal barriers barriers has has been been lost.

lost.

- All charging All charging pumps pumps have have tripped.

tripped.

- All RCP's All RCPs are are secured.

secured.

- The five The hottest CETCs five hottest CETCs are; 773°F, 779°F, are; 773°F, 779°F, 1023°F, 1023°F, 1252°F, 1252°F, 1508°F 1508°F and and all all stable.

stable.

- All SG All pressures are SG pressures at 1000 are at 1000 psig.

psig.

- Off-Site Power is available.

Off-Site Power is available.

Which one Which one of of the the following following states:

states:

1) the

1) FRP that the FRP that must must bebe in effect for in effect for the the conditions conditions given given (FRP-C.2 (FRP-C.2 Response Response ToTo Degraded Degraded Core Core Cooling, Cooling, OROR FRP-C.1 FRP-C.1 Response Response To To Inadequate Inadequate CoreCore Cooling),

Cooling),

and and

2) whether

2) whether the the RCPs RCPs areare required required or or NOT NOT required required to to be be started?

started?

A. Enter FRP-C.1 RCPs are required to be started B. Enter FRP-C.1 RCPs are NOT required to be started C. Remain in FRP-C.2 RCPs are required to be started D. Remain in FRP-C.2 RCPs are NOT required to be started

~----------------~--~-~-------~~----------~-----~-----~~---~------ --~--~-~--~~--------~-~-~~-~---~-~-~

5. Unit

5. Unit 11 isis at at 100%,

100%, and and the the following following conditions conditions occurred:

occurred:

One Letdown One Letdown orifice orifice isis on on service.

service.

LK-459F, PRZR LVL, controller LK-459F, PRZR LVL, controller demand demand hashas failed failed high.

high.

Which one Which one of of the the following following describes describes thethe effect effect on on Charging Charging Flow Flow and and RCP RCP Seal Seal injection flows, Injection flows, with with nono operator operator actions?

actions?

Charging Flow Charging Flow Seal injection Seal injection Flows Flows A.

A. Go up Go up Go Down Go Down B.

B. Goup Go up Goup Go up C.

C. Go Down Go Down Go up Go up D. Go Down Go Down Down

6. AA time

6. time stroke stroke ofof Q1 El 1 MOV8889, Qi E11 M0V8889, RHR RHR TOTO RCS RCS HOTHOT LEGS LEGS ISO, ISO, inin the the open open direction has been direction has been performed performed per per STP-11.6, STP-l 1.6, Residual Residual Heat Heat Removal Removal ValvesValves Inservice Inservice Test.

Test.

Open direction Open direction ACCEPTABLE ACCEPTABLE STROKE STROKE TIMETIME RANGE RANGE is is 9.96 9.96 toto 13.47 13.47 Sec.

Sec.

Open direction MAXIMUM Open direction MAXIMUM ALLOWABLEE TIME ALLOWABL TIME isis 16 16 Sec.

Sec.

Stroke times Stroke times obtained obtained were were asas follows:

follows:

- At At 1000 1000 First First time stroke:

time stroke: 15.35 Secs 15.35 Secs

- At 1005 Second At 1005 Second time stroke:

time stroke: 15.52 Secs 15.52 Secs Which one Which one ofof the the following following describes describes MOV-8889 MOV-8889 OPERABILITY OPERABILITY lAW lAW Technical Technical Specifications and Specifications and the the actions actions that that are are required required to to be placed in be placed in aa CR CR for for these these results results lAW STP-l1.6?

lAW STP-11.6?

A.

A.. MOV-8889 is OPERABLEOPERABLE

Analysis of the time stroke results within 96 hours0.00111 days 0.0267 hours 1.587302e-4 weeks 3.6528e-5 months hours to determine if new stroke time is acceptable.

B. ** INOPERABLE MOV-8889 is INOPERABLE

Analysis of the time stroke results within 96 hours0.00111 days 0.0267 hours 1.587302e-4 weeks 3.6528e-5 months to determine if new stroke time is acceptable.

C. .

C.* MOV-8889 is OPERABLE

Repair or replacement of MOV8889.

D.

D.* INOPERABLE MOV-8889 is INOPERABLE

- Repair or replacement of MOV8889.

7. Unit

7. Unit 11 isis performing performing aa plant cooldown using plant cooldown using the the AA Train Train RHR RHR system, system, andand the the following following conditions occurred:

conditions occurred:

- HIK-603A, 1A HIK-603A, 1A RHR RHR HX HX DISCH DISCH VLV,VLV, controller controller demand demand isis at at 50%.

50%.

- FK-605A, 1A FK-605A, RHR HX 1A RHR HX BYP BYP FLOW, FLOW, controller controller isis in in AUTO AUTO with with demand demand at at 50%.50%.

At 1000:

HIK-603A HIK-603A demand demand setting setting is is increased increased toto 60%.

60%.

1005:

At 1005:

At

- RHR RHR system system flow flow is is stable.

stable.

1010:

At 1010:

FCV-605A is in its failed position due to an instrument FCV-605A instrument air line line break.

Which one of the following describes RHR RHR flow at 1005, and the position of FCV-605A FCV-605A, at at 1010, with no operator actions:

RHR flow indicated on FI-605A Fl-605A at 1005 is -11L (1) it was before 1000, and the position of FCV-605A at 1010 is-flL? is (2) ?

At 1005 At 1010 Fl-605A, RHR HDR FLOW FI-605A, FCV-605A, 1A RHR HX BYP FLOW A. higher than Closed B. the same as Open C. higher C. higher thanthan Open D. the samesame as Closed

--- - ~.-- ~-

8. Small Break

8. AA Small Break LOCA LOCA has has occurred occurred on on Unit Unit 1,1, and and the the following following conditions conditions occurred:

occurred:

- reactor trip AA reactor and safety trip and safety injection injection isis inin progress.

progress.

1A Charging 1A Charging Pump Pump failed failed to to auto auto start.

start.

- 11C Charging Pump C Charging Pump isis the only charging the only charging pump pump running.

running.

- RCS pressure is RCS pressure is 1000 psig.1000 psig.

Which one Which one of of the following states the following states the the Safety Safety Injection Injection flow flow indication indication on on FI-943, FI-943, AA TRN TRN HHSi FLOW, HHSI FLOW, with with no no operator operator action?

action?

Safety Injection Safety Injection flow flow isis approximately approximately__________

A. a A. Ogpm gpm B. 150 gpm B. 150 gpm C. 450 gpm C.

D. 800 gpm

9. Unit

9. Unit 22 isis inin Mode Mode 5,5, and and the following conditions the following conditions occurred:

occurred:

- P1-472, PRT PI-472, PRT PRESS, PRESS, reads reads 7.5 psig and 7.5 psig and isis rising rising slowly.

slowly.

- Ll-470, PRT LVL, L1-470, PRT LVL, reads 78% reads 78% and and isis rising rising slowly.

slowly.

- RCS Pressure RCS Pressure isis 225 225 psig.

psig.

- Train RHR AA Train RHR isis aligned aligned inin the the RCS RCS Cooldown 000ldown Operation Operation lAWlAW SOP-7.0, SOP-7.0, Residual Heat Residual Heat Removal Removal System.

System.

ItIt has has been determined that been determined that V8708A, V8708A, AA TrainTrain RHR RHR Pump Pump suction suction relief relief valve, isis leaking valve, leaking by the seat.

by the seat.

Which one Which one of of the following correctly the following correctly states states thethe impact impact on on the the PRT PRT with with no no operator operator action and the required procedure action and the required procedure actions to actions to mitigate mitigate this this condition condition per per SOP-1.2, SOP-i .2, Reactor Coolant Reactor Coolant Pressure Pressure Relief Relief System?

System?

The PRT The PRT Pressure Pressure will will reach reach aa maximum maximum pressure pressure of of (1)

(1) psig, psig, and and to prevent reachingreaching the PRT PRT maximum pressure, the operator will be directed to SOP-i .2, Reactor (2) per SOP-1.2, Reactor Coolant Pressure Relief System.

A. (1) 150 psig.

(2) pump down the PRT with the RCDT pump.

(1)) 150 psig.

B. (1 (2) gravity drain the PRT to the WHT.

(1 ) 100 C. (1) 100 psig.

(2) gravity drain the PRT to the WHT.

D. (1)

(1 ) 100100 psig.

(2) pump down down the PRT PRT with the RCDTRCDT pump.pump.

10. Unit

10. Unit 11 was was at at 100%

100% power, power, and and the following conditions the following conditions occurred:

occurred:

- FRP-S.1, Response FRP-S.1, Response To To Nuclear Nuclear PowerPower Generation Generation - ATWT, ATWT, isis inin progress progress..

The The Main Main Turbine Turbine was was unable unable to to be be tripped tripped from from the the MCB.

MCB.

AA Safety Safety Injection Injection (SI)

(SI) has has NOTNOT occurred.

occurred.

RCS RCS pressure pressure isis 2230 2230 psig.

psig.

- Tavg Tavg isis 563°F 563°F..

Which one Which one of of the the following following describes describes the the immediate immediate effects effects ifif the the Reactor Reactor Trip Trip Breakers are opened Breakers are opened locally locally at at this time?

this time?

A. .

A.. The Block The Block of an Auto of an Auto SI SI will will be be allowed.

allowed.

- The Feed The Feed Water Water RegReg Valves will will trip trip closed.

closed B.

B.* The Block of an an Auto SI will be allowed.

The Steam Steam FlowFlow high setpoint will be reset.

C.

C.* The Main Turbine will trip.

The Feed Water Reg Valves will trip closed. closed D.

D.* The Main Turbine will trip.

The Steam Flow high setpoint will be reset.

11. Unit

11. Unit 11 has manually initiated has manually initiated aa Safety Safety Injection Injection duedue toto rapidly rapidlyfalling falling pressurizer pressurizer pressure, and the following conditions pressure, and the following conditions occurred: occurred:

At 1000:

Pressurizer Pressurizer levellevel 35%

35% and and rising.

rising.

RCS pressure

RCS pressure 1700 psig 1700 psig and and falling.

falling.

PRT PRT level level isis 73%

73% andand pressure pressure isis 55 psig psig and and stable.

stable.

TI-453, TI-453, PORV PORV downstream downstream temperature, temperature, isis 11 rF.

117°F.

TI-453, TI-453, Safety Safety Valve Valve downstream downstream temperature, temperature, isis 101°F.

101°F.

- TI-453, TI-453, Safety Safety Valve Valve downstream downstream temperature, temperature, isis 101°F.

101°F.

- TI-453, Tl-453, Safety Safety Valve Valve downstream downstream temperature, temperature, isis 102°F.

102°F.

- Containment Containment PressurePressure 0.20.2 psig psig and slowly rising.

and slowly rising.

- The The following following radiation radiation monitors monitors are are inin alarm:

alarm:

R-2, CTMT R-2, CTMT 155 155 FT, FT, R-7, R-7, SEAL SEAL TABLE, TABLE, R-11, R-1 1, CTMT CTMT ATMOS, ATMOS, and and R-12, CTMT R-12, CTMT GAS GAS 1015:

At 1015:

At Transition is Transition is made made to EEP-1 .0, Loss to EEP-1.0, Loss of of Reactor Reactor or or Secondary Secondary Coolant, Coolant, and and the the following conditions exist:

following conditions exist:

- Pressurizer level Pressurizer level 99% and rising.

- RCS RCS pressure 1400 psig and rising.

PRT level is 73% and pressure is 5 psig and stable.

Tl-453, PORV downstream temperature, is 138°F and rising.

TI-453,

TI-455, Safety Valve downstream temperature, is 125°F and rising.

Tl-457, Safety Valve downstream temperature, is 125°F and rising.

TI-457,

- TI-459, Safety Valve downstream temperature, is 126°F and rising.

Containment Pressure 0.96 psig and rising.

Containment sump level is rising slowly.

- R-2, 7, 11 and 12 are still in alarm.

Which one of the following states only only potential sources of of the RCS leak indicated indicated by by the given the given conditions?

A. PORV A. PORV Ieakby leakby Safety valve Safety valve leakby leakby B. PORV B. PORV Ieakby leakby PRZR Level PRZR Level upper upper tap tap break break C. PRZR C. PRZR Steam Steam Space Space sample sample line line break break Safety valve Safety valve Ieakby leakby D. PRZR D. PRZR Steam Steam Space Space sample sample line line break break PRZR Level PRZR Level upper upper tap tap break break

12. Unit

12. Unit 11 isis at at 100%

100% power powerand and the following occurred:

the following occurred:

TK-144, LTDN TK-144, LTDN HX HX OUTLET OUTLET TEMP TEMP controller, controller, demand demand failed failed high.

high.

Which one Which one of of the the following following describes describes the impact on the impact on the the Letdown Letdown System System Temperature, Temperature, and what type of reactivity will and what type of reactivity will be added tobe added to the the core?

core?

A..*

A Higher Letdown Higher Letdown temperature.

temperature.

Positive reactivity.

Positive reactivity.

B.

B. Higher Letdown Higher Letdown temperature.

temperature.

Negative reactivity.

Negative reactivity.

C. **

C. Lower Letdown Lower Letdown temperature.

temperature.

Positive reactivity.

Positive reactivity.

D.

D. Lower Letdown temperature.

Negative reactivity.

-.~---

13. Unit

13. Unit 11 was was operating operating at at 100%

100% power, power, and and the following conditions the following conditions occurred:

occurred:

1000:

At 1000:

At

AA Train Train isis the the "On On Service" Service train.

train.

1lB COW pump B CCW pump isis running running and and supplying supplying loads loads inin the the on-service on-service train.

train.

- 11A COW pump is A CCW pump is running to running to support support charging charging pump pump operations.

operations.

- 110 COW pump C CCW pump isis aligned aligned and and OPERABLE.

OPERABLE.

At 1005:

- A Safety Injection A Safety Injection and LOSP occurred and LOSP occurred simultaneously.

simultaneously.

Which one Which one of of the following combinations the following combinations ofof CCW COW pumps pumps will will be be running running following following the the operation of operation of the the ESF ESF sequencers, sequencers, with with no no operator operator actions?

actions?

A. 1A A. and 11000W 1A and C CCW pumps pumps ONLY. ONLY.

B. 1B B. lB and and 1C 10 CCWCOW pumpspumps ONLY.ONLY.

C. 1A 1A and 1lB COW pumps ONLY.

B CCW D. 1A and 1B lB and 1C 1000W CCW pumps.

14. Unit

14. Unit 11 has experienced aa Small has experienced Small Break Break LOCA, LOCA, andand the the following following conditions conditions occurred:

occurred:

At 1000:

ESP-1 .2, Post ESP-1.2, Post LOCA LOCA Cooldown Cooldown and and Depressurization, Depressurization, isis inin progress.

progress.

- Normal Charging Normal Charging has has been been established.

established.

At 1010:

- CTMT Pressure CTMT Pressure is is 66 psig psig and and rising.

rising.

- Subcooling Subcooling is is 24 24°F OF andand decreasing.

decreasing.

- PRZR Level PRZR Level isis 28%

28% and and decreasing.

decreasing.

Which one Which one of the following of the following is is the required action the required action lAW lAW ESP-1.2?

ESP-1 .2?

FK-122, CHG FLOW, A. FK-122, FLOW, must must be be adjusted adjusted to to raise raise Przr Przr level.

level.

B. Place the SI ACTUATION ACTUATION switch to ACTUATE.

C. FK-122, CHG FLOW, must be adjusted to maintain current Przr level.

D. HHSI flow must be established and additional CHG PUMPs started.

15. Unit

15. Unit 11 was was atat 28%

28% power power and and the the following following conditions conditions occurred:

occurred:

- All PRZR All PRZR Backup Backup Heaters Heaters areare inin AUTO.

AUTO.

A CVCS Malfunction A CVCS Malfunction has has occurred.

occurred.

- FK-122, CHG FK-122, CHG FLOW, FLOW, hashas been been placed placed inin manual.

manual.

PRZR level is at 36% and PRZR level is at 36% and rising. rising.

Which one Which one of of the following describes the following describes the the operation operation ofof the the Backup Backup Heaters Heaters and and the the Spray valve Spray valve controllers' controllers demand demand withwith no no operator operator actions?

actions?

All PRZR All PRZR Backup Backup Heaters Heaters will will be be (1)

(1) and and PK-444C and PK-444C and D, D, 1A 1A and lB LOOP and 1B LOOP SPRAYSPRAY VLV VLV controllers' controllers demand demand go go (2)

(2)

(1))

(1 (2)

(2)

A. ON Up B. ON Down c.

C. OFF Up D. OFF Down

16. Unit

16. Unit 11 isis at at 100%

100% power, power, and and the the following following conditions conditions exist:exist:

- PRZR LVL PRZR LVL CO CONTNT CH,OH, LS/459Z, LS/459Z, isis inin the the "1111 I/Il LLT459/60 T459/60" position.

position.

A failure of the controlling pressurizer A failure of the controlling pressurizer level level transmitter transmitter has has occurred.

occurred.

AOP-100, Instrumentation AOP-100, Instrumentation Malfunction, Malfunction, isis inin progress. progress.

Tavg isis 573.0°F.

Tavg 573.0°F.

FK-122, CHG FK-122, CHG FLOW,FLOW, controller controller isis inin Manual. Manual.

- Przr level is 40% and Przr level is 40% and rising. rising.

- Charging flow Charging flow isis 125 125 gpm.

gpm.

- Letdown flow is Letdown flow is 130 gpm. 130 gpm.

1A 1A 1B lB 1C 10

- Seal Injection Seal Injection flows flows are:

are: 8.1 8.1 gpm gpm 7.9 gpm 7.9 gpm 8.0 8.0 gpm gpm

- Seal Leakoff Flows Seal Leakoff Flows are:are: 2.9 gpm 2.9 gpm 3.0 gpm 3.0 gpm 3.1 3.1 gpm gpm Which one Which one of of the following is the following the:

is the:

1) approximate time that it will take for the Pressurizer Pressurizer level to get to program program level level at at the current rate rate in Manual control, in Manual and

2) the correct switch position for PRZR LVL CONT CH LS/459Z LS1459Z lAW AOP-100?

Time Switch position A. 56 Minutes i/Ill, L lilli, LT459/61 T459/61 B. 94 Minutes I/Ill, L lilli, LT459/61 T459/61 C. 56 Minutes Ill/Il, 111111, LT461160 LT461/60 D. 94 Minutes D. Minutes Ill/Il, III/II, LT461/60 LT461/60

- .~----- --~. ~.-.----

~---- --~--.-'---~ ------- ----~--

17. AA loss

17. loss of of 'A' Train Auxiliary A Train Auxiliary Building Building 125V 125V DCDC Bus Bus has has occurred occurred on on Unit Unit 1.

1.

IfIf the the plant plant experienced experienced aa problem problem which which required required manually manually tripping tripping the the reactor, reactor, which which one of the following one of the following describes describes the effect (on the effect (on any any closed closed Reactor Reactor Trip Trip and/or and/or Bypass Bypass breakers) of breakers) of placing placing thethe RX TRIP ACTUATION RX TRIP ACTUATION switchswitch onon the the MCB MOB to to TRIP?

TRIP?

Placing the Placing the MCBMOB handswitch handswitch in in TRIP TRIP would would ____ ifif they they were were closed.

closed.

A. open A. open ALL reactor trip ALL reactor trip and and bypass bypass breakers.

breakers.

B. ONLY B. ONLY openopen the the 'A' reactor trip A reactor trip breaker breaker and and the the 'B' B reactor reactor trip trip bypass bypass breaker.

breaker.

0. ONLY open the 'B' C. B reactor reactor trip breaker breaker and the 'A' A reactor reactor trip bypass bypass breaker.

D. open BOTH D. BOTH reactor reactor trip breakers breakers butbut NOT NOT open open either reactor reactor trip trip bypass bypass breaker.

breaker.

18. Unit

18. Unit22 isis atat 100%

100% power, power, and and the thefollowing following conditions conditions occurred:

occurred:

- PT-455, PT-455, PRZR PRZR PRESS, PRESS, hashas failed failed off-scale off-scale HIGH HIGH..

All bistables associated

All bistables associated with with PT-455 PT-455 inin Table Table 11 of ofAOP-100, AOP-100, Instrument Instrument Malfunction, have Malfunction, have been been placed placed inin the trip condition the trip condition per perTech Tech Spec Spec 3.3.1.

3.3.1.

Which one Which one ofof the following identifies the following identifies the the MINIMUM MINIMUM additional additional bistable bistable channels channels required to required to meet meet thethe coincidence coincidence forfor RPSRPS andand ESF ESF actuation actuation logic logic toto initiate initiate any any reactor trip reactor trip and and any any safety safety injection injection onon Pressurizer Pressurizer Pressure?

Pressure?

MINIMUM of AA MINIMUM of -11L (1) additional additional Pressurizer Pressurizer Pressure Pressure channel(s) channel(s) failing failing HIGH HIGH willwill cause cause Reactor Trip, aa Reactor Trip, and and MINIMUM of aa MINIMUM of -.flL additional Pressurizer (2) additional Pressurizer Pressure Pressure channel(s) channel(s) failing failing LOW LOW willwill cause cause Safety Injection.

aa Safety Injection.

(1) (2)

A. 11 11 B. 11 2 C. 2 11 D. 2 2

19. AA loss

19. loss of of BB Train Train Auxiliary Auxiliary Building Building 125V 125V DCDC Bus Bus has has occurred occurred on on Unit Unit 1.1.

Which one Which one of of the the following following isis the correct impact the correct impact on on BB Train Train E8F ESF Equipment Equipment control?

control?

The BB Train The Train 81 SI actuated actuated MOVs MOVs (1)

(1) automatically stroke automatically stroke upon upon an an 81 SI actuation, actuation, and and BB Train Train E8FESF pumps pumps (2)

(2) be started be started inin LOCAL LOCAL at at the the H8P.

HSP.

(1))

(1 (2)

(2)

A.

A. will will can can B.

B. will will can NOT can NOT C.

C. will NOT will NOT can can D.

D. will NOT will NOT can NOT can NOT

- -~-

20. Unit

20. Unit 22 was was operating operating at at 100% power, and 100% power, and the the following following conditions conditions have have occurred:

occurred:

PT-950, CTMT PT-950, CTMT PRESS, PRESS, has has failed.

failed.

- PT-950, Hl-3 bistable, PT-950, HI-3 bistable, isis inin the the BYPASS BYPASS condition.

condition.

Subsequently, the Subsequently, the 20 2D vital vital panel panel has has become become de-energized.

de-energized.

IfIf aa Large Large Break Break LOCA LOCA occurs, occurs, which which one one of of the the following following describes:

describes:

1) the

1) the number number ofof channels channels of of Hi-3 Hi-3 bistables bistables which which will will be be actuated actuated and and

2) the

2) the number number ofof trains trains of of containment containment spray spray (CS)

(CS) that that actuate actuate automatically?

automatically?

A. 1)

A. 1) Two Two channels channels ONLYONLY willwill be be actuated.

actuated.

2) One

2) train ONLY One train ONLY will will actuate.

actuate.

B. 1)

B. 1) Two channels channels ONLYONLY will be be actuated.

2) Two trains will actuate.

C. 1) Three channels will be actuated.

2) One train ONLY will actuate.

D. 1) Three channels will be actuated.

2) Two trains will actuate.

21. Unit

21. Unit 11 isis at at 20% power and 20% power and conditions conditions are are asas follows:

follows:

At 1000:

1A 1A lB 1B 10 1C

- RCP amps:

RCP amps: 670 670 680 680 690 690 1005:

At 1005:

At 1A 1A lB 1B 10 1C

- RCP amps:

RCP amps: 670 680 670 680 00

- EF3, 110 EF3, RCS LOOP C RCS LOOP FLOW FLOW LO LO OROR 110 RCP BKR C RCP BKR OPEN, OPEN, is is in in alarm.

alarm.

Which one of the following describes the expected expected indications indications on 1IAA RCS RCS LOOP LOOP and 10 1C RCS LOOP stable LOOP stable flow rates rates atat 101 1010? O?

11A Flow rate A RCS LOOP Flow 110 C RCS LOOP Flow Flow rate A. 105% 0%

B. 105% 10%

0.

C. 105% <0%

D. 100% 0%

22. Unit

22. Unit 22 isis at at 100%,

100%, and and the the following following conditions conditions occurred:

occurred:

At 1000:

- The The Containment Containment Cooling Cooling system system isis inin the the normal normal mode mode of of operation operation per per SOP-12.1, Containment SOP-12.1, Containment Air Cooling System.

Air Cooling System.

Containment Containment temperature temperature isis slowly slowly rising.

rising.

1100:

At 1100:

At

- The The crew crew has configured the has configured the containment containment cooling cooling system system per per SOP-12.1.

SOP-12.1.

- The emergency service The emergency service water water from from CTMT CTMT coolers; coolers; MOVs MOVs 3024A, 3024A, B, B, C C

and D and Dare OPEN per are OPEN per SOP-12.1.

SOP-12.1.

- Containment Containment temperature temperature is is 115°F 11 5°F and slowly rising.

and slowly rising.

Which one Which one of of the the following following correctly correctly states states whether whether or or not not an an ACTION ACTION STATEMENT STATEMENT is required is required to to be entered for be entered for Tech Tech Spec Spec 3.6.5, 3.6.5, Containment Containment Temperature, Temperature, andand the the required Containment Cooling Fans speed required Containment Cooling Fans speed per SOP-12.1? per SOP-12.1?

An ACTION STATEMENT STATEMENT for TS 3.6.5 is TS 3.6.5 is (1)

(1) to be be entered, entered, and the Containment Cooling Fans are required to be operated in (2) speed per SOP-12.1.

((1)

1) (2)

A. required FAST B. required SLOW C. NOT required FAST D. NOT NOT required SLOW

23. Unit

23. Unit 11 Reactor Reactor has has just just tripped, tripped, andand thethe following following conditions conditions occurred:

occurred:

- All three All three RCPs have just RCPs have just tripped.

tripped.

- All Charging has been All Charging has been lost. lost.

Which one Which one ofof the the following following correctly correctly states states the the reason reason for for maintaining maintaining CCW CCW cooling cooling flow to flow to the the Thermal Thermal Barrier Barrier HXHX in in this this condition?

condition?

Maintaining CCW Maintaining CCW cooling cooling flow flow toto the the Thermal Thermal Barrier Barrier HX HX will will prevent prevent the the RCP RCP (1)

(1) from starting from starting toto degrade degrade due due toto overheating overheating in in as early as as early as (2)

(2)

((1)

1) (2)

(2)

A. #1 A. #1 seal seal 22 minutes minutes B. #1 seal 13 minutes 13 minutes C. lower radial radial bearing bearing minutes 2 minutes D. lower radial bearing 13 minutes

24. Unit

24. Unit 11 isis inin Mode Mode 3,3, andand the thefollowing following conditions conditions occurred:

occurred:

AA loss loss of of both Trains of both Trains ofCCW COW has has occurred.

occurred.

AOP-9.O, Loss Of Component

AOP-9.0, Loss Of Component Cooling Cooling Water, Water, isis inin progress.

progress.

- Attachment Attachment 1,1, Establishing Establishing Firewater Firewater Cooling Cooling to to aa Charging Charging Pump, Pump, isis inin progress.

progress.

Which one Which one of of the the following following states states thethe CCW CCW temperature temperature at at which which isolation isolation of of the the CCW CCW return return fromfrom the the RCP RCP thermal thermal barrier barrier isis required, required, and and the the number number ofof charging charging pumps pumps which will which will be be aligned aligned to Firewater Cooling to Firewater Cooling lAW AW AOP-9.0, AOP-9.O, Attachment Attachment 1? 1?

Isolating the Isolating the CCW CCW return return from from the the RCPRCP thermal thermal barriers barriers isis required required when when CCW CCW temperature is greater temperature is greater than (1) than (1) ,

and and Firewater Cooling Firewater Cooling willwill be be aligned aligned to to -.J2.L (2) charging charging pump(s) pump(s) lAW lAW AOP-9.0, AOP-9.O, Attachment Attachment 1. 1.

(1) (2)

A A. 105°F 11 B

B. 130°F 11 C

C. 105°F 3 D.

D. 130°F 3

25. AA Unit

25. Unit 11 Safety Safety Injection Injection isis inin progress progress due due to Large Break to aa Large Break LOCA.

LOCA.

Which one Which one ofof the the following following describes describes the the connection(s) connection(s) betweenbetween the the RWST, RWST, AA Train Train CS and ECCS pumps CS and ECCS pumps suction, suction, and and thethe operation operation of of MOV-8827A MOV-8827A and and MOV-8826A, MOV-8826A, CTMT SUMP CTMT SUMP TO TO 1A1A CS PUMP valves?

CS PUMP valves?

AA Train Train CS Pump, AA Train CS Pump, Train HHSI HHSI Pump,Pump, and and the the AA Train Train RHR RHR Pump Pump have have (1)

(1) suction header(s) penetrating suction header(s) penetrating the RWST, the RWST, and and the CS the Sump suction CS Sump suction valves valves (2)

(2) automatically open automatically open on on aa LO-LO LO-LO RWST RWST condition.

condition.

((1)

1) (2)

(2)

A.

A. separate separate will NOT will NOT B. one common will C. separate will D. one common will NOT

26. Unit

26. Unit 22 isis at at 50%

50% power, power, and and PT-444, PT-444, PRZR PRZR PRESS, PRESS, pressure pressure transmitter transmitter has has failed failed to to the 2230 the 2230 psig psig position.

position.

Which one Which one of of the following describes the following describes thethe effects effects on on PK-444A, PK-444A, PRZR PRZR PRESS PRESS REFERENCE controller, REFERENCE controller, and and the pressurizer liquid the pressurizer liquid density density due due to to this this malfunction?

malfunction?

PK-444A controller PK-444A controller demand demand goes goes (1)

(1) and and the density of the density of the the pressurizer pressurizer liquid liquid goes goes (2)

(2)

(1))

(1 (2)

(2)

A.

A. down down up up B. down down C. up up D.

D. up down

27. Which

27. Which one one of of the the following following correctly correctly states states how how the the Containment Containment Spray Spray System System reduces radioactive reduces radioactive iodine iodine inin the the Containment Containment atmosphere atmosphere during during aa LOCA?

LOCA?

To enhance To enhance absorption absorption of of Iodine Iodine from from the the Containment Containment atmosphere, atmosphere, thethe Containment Containment Spray System Spray System sprays sprays water water from from the the (1) (1) at at aa pH pH of of approximately approximately (2) (2)

((1)

1) (2)

(2)

A. containment sump A. containment sump 4.5 4.5 B. RWST B. RWST 7.5 7.5 C. containment sump C. containment sump 7.5 7.5 D. RWST D. RWST 4.5 4.5

28. Unit

28. has experienced Unit 22 has experienced an Anticipated Transient an Anticipated Transient Without Without Trip Trip (ATWT)

(ATWT) and and the the following plant conditions following plant conditions occurred: occurred:

- Charging Charging Flow Flow isis 6868 gpm.

gpm.

- 2A2A Boric Boric Acid Transfer Pump Acid Transfer Pump isis tagged tagged out.

out.

- Safety Safety Injection Injection hashas NOT NOT actuated actuated atat this this time.

time.

- lAWlAW FRP-S.1, FRP-S.1, Response Response to to Nuclear Nuclear Power Power Generation Generation - ATWT, ATWT, the UO isis the UO establishing Emergency establishing Emergency Boration. Boration.

- 2B2B Boric Boric Acid Acid Transfer Transfer Pump Pump tripped tripped when when itit was was started.

started.

Which one Which one of of the the following following states:

states:

1) the

1) the required required actions actions to to establish establish an an emergency emergency boration boration flow flow path, path, and and

2) the

2) the required required action(s) action(s) for for FK-122, FK-122, CHG CHG FLOW FLOW controller, controller, lAW lAW FRP-S.1?

FRP-S.1?

A. 11)) Open V185, MAN EMERG BORATION valve, AND open FCV-113A, BORIC ACID TO BLENDER valve.

2) Place FK-122 in MAN and maintain current demand.

LCV-1 15B and D, RWST TO CHG PUMP valves, AND close LCV-115C B. 1) Open LCV-115B LCV-1 15C and E, VCT OUTLET ISO valves.

2) Place FK-122 in MAN AND raise demand.

C. 1 1)) Open V185, MAN EMERG BORATION valve, AND open FCV-113A, BORIC ACID TO BLENDER valve.

2) Place FK-122 in MAN AND raise demand.

D. 1)1) Open LCV-1 LCV-115B 1 5B and D, RWST TO CHG PUMP valves, AND close LCV-1 LCV-115C 1 5C and E, VCT OUTLET and E, OUTLET ISO ISO valves.

2) Place FK-122 in

2) in MAN MAN and maintain current demand.

29. Unit

29. Unit 11 isis at at 100%,

100%, and and the the following following conditions conditions occurred:

occurred:

- Intermediate Intermediate Range Range Channel Channel N-35N-35 lostlost compensating compensating voltage.

voltage.

- I&C I&C isis called called to investigate.

to investigate.

Prior Prior to to any action by any action I&C, aa reactor by I&C, reactor triptrip occurs.

occurs.

Which one Which one ofof the the following following describes describes thethe Source Source Range Range NINI detectors detectors response response after after the trip, and the required actions lAW the trip, and the required actions lAW ESP-0.1, ReactorESP-0.1, Reactor Trip Trip Response?

Response?

Source Range Source Range Instruments Instruments will will (1)

(1) and they

and they must must be be manually manually (2)

(2)

A. (1)

A. (1)automatic automatically energize prematurely ally energize prematurely (2)de-energiz (2) de-energized until approximately ed until approximately 55 minutes minutes post-trip.

post-trip.

B. (1)

B. (1) automatically automatically energize prematurely prematurely (2)de-energiz (2) de-energized ed until approximately approximately 15 15 minutes post-trip.

C. (1) NOT automatically energize when required (2) energized approximately approximately 5 minutes post-trip.

D. (1) NOT automatically energize when required (2) energized approximately approximately 15 minutes post-trip.

30. Unit

30. Unit 11 has has experienced experienced aa Loss Loss of of Offsite Offsite Power Power and and aa Tube Tube RuptureRupture on on the the 1A 1A SG, SG, and and the following conditions the following conditions exist: exist:

- RCS cooldown RCS cooldown at at the the maximum maximum obtainable obtainable rate rate isis inin progress progress lAW lAW EEP-3, EEP-3, Steam Generator Steam Generator Tube Tube Rupture.

Rupture.

- INTEGRITY Critical INTEGRITY Critical Safety Safety Function Function Status Status Tree Tree has has turned turned ORANGE ORANGE due due to to the the 1A RCS 1A RCS LOOP LOOP cold cold leg temperature dropping leg temperature dropping rapidly.

rapidly.

Which one Which one of of the the following following describes describes thethe reason reason the 1A RCS the 1A RCS LOOP LOOP cold cold leg leg temperature has dropped temperature has dropped rapidly? rapidly?

1A RCS Loop 1A RCS Loop flow flow hashas _ _ _ _ _ _ _ _ _ __

A. increased, moving A. increased, moving the cold cold 1A 1A SGSG U-tube U-tube water past past thethe T COLD instruments.

TCOLD instruments.

B. restarted, causing a sudden rise then rapid drop drop in temperature as the stagnant water from the hot hot leg is is flushed through the loop.

ioop.

C. reversed, causing the cold water from 11 Band B and 110 C loops to pass over the T TCOLD COLD instruments instruments 1A in IA loop.

stopped, allowing the cold Safety Injection water to pass over the T D. stopped, COLD TCOLD instruments.

instruments.

~- --

31. Unit

31. Unit 11 isis at at 12%

12% power, power, and and the the following following conditions conditions exist:

exist:

R-15A, SJAE R-15A, SJAE EXH, EXH, has has aa red red Low Low Alarm Alarm light light LIT, LIT, and and isis reading reading 10 10 cpm.

cpm.

- 1A SG has developed 1A SG has developed aa 10 10 gpm gpm tutube leak.

be leak.

Which one Which one ofof the the following following radiation radiation monitors monitors willwill provide provide thethe EARLIEST EARLIEST indication indication of of the 11A the A SG SG Tube Tube leak?

leak?

A. R-15A, SJAE A. R-15A, SJAE EXH, EXH, alarm.

alarm.

B. R-19, SGBD B. R-19, SGBD SAMPLE, SAMPLE, alarm.

alarm.

C. R-23B, SGBD C. R-23B, SGBD TO TO DILUTION, DILUTION, alarm.

alarm.

D. R-70A, 1A D. R-70A, 1A SG SG TUBE TUBE LEAK LEAK DET, DET, alarm.

alarm.

--- ~ --

32. Unit

32. Unit 11 has has been been manually manually Tripped Tripped and and Safety Safety Injected Injected from from 14%

14% power power lAWlAW AOP-2.0, AOP-2.0, Steam Generator Steam Generator Tube Tube Leakage.

Leakage. TheThe following following conditions conditions exist:

exist:

At 1000:

- DA-07, DA-07, 1A 1A 4160V 4160V BUS BUS SUPP SUPP FROMFROM 1A 1A S/U S/U XFMR, XFMR, breaker breaker tripped tripped open.

open.

- AFW AFW Flow Flow has has been been secured secured to to all all SGs.

SG5.

- Pressures:

SG Pressures:

SG

SG NR SG NR levels:

levels:

- 1A 990

- 1A 990 psig psig - 1A

- 61 %

1A61%

1 B 995

- 1B 995 psig

- psig - 1B

- lB 61%

61%

10 980

- 1C

- 980 psig psig --101C 60%

60%

At 1010:

- EEP-O.O, EEP-0.0, Reactor Reactor Trip And And Safety Safety Injection, Injection, is is in in progress progress atat the the step step to diagnose the diagnose the event.

event.

SG Pressures:

SG NR levels:

- 1A 980 psig

- 1A psig - 1A

- 1A61%

61%

- 11 B 985 psig

- 1B

- lB 73%

10 970 psig

- 1C

--1C50%

1C 50%

Which one of the following correctly describes the event in progress based on the MCB MOB indications?

A. 1BlB SG is ruptured, but 1A and 1C 10 are intact.

B. 1A and 1B lB SG are ruptured, but 1C 10 SG is intact.

C. 1 lBB SG is ruptured and 1 IC C SG is faulted, but 1 A SG is intact.

1A D. 1A and 1 lBB SG are ruptured and 1 10C SG is faulted.

33. Which

33. Which one one of the following of the following adequately adequately describes describes the the setpoint setpoint of of the the steam steam line line flow for the High Main flow for the High Main SteamSteam Line Line Flow Flow with with Low-Low Low-Low TTavgavg MSIV MSIV isolation?

isolation?

A. Increases linearly A. Increases linearly fromfrom 40%

40% toto 110%

110% steam steam flow flow asas power power increases increases fromfrom 0%0% to to 100%.

100%.

B. Increases B. Increases linearly linearly fromfrom 20%

20% toto 110%

110% steam steam flow flow asas power power increases increases fromfrom 0%0% to to 100%.

100%.

C. Constant 20%

C. Constant steam flow 20% steam flow up up to to 10%

10% power; power; then then increases increases linearly linearly to to 110%

110% flow flow as as power increases power increases from from 10%

10% toto 100%.

100%.

D. Constant D. Constant 40%

40% steam steam flowflow up up to to 20%

20% power; power; then then increases increases linearly linearly to to 110%

110% flow flow as as power increases power increases from 20%from 20% toto 100%.

100%.

34. Unit

34. Unit 11 was was at 26% power at 26% power and and 180 180 MWe, MWe, andand the the following following conditions conditions occurred:

occurred:

- The reactor The reactor tripped.

tripped.

- The A Reactor The "A" Reactor Trip Trip Breaker Breaker failed failed to to open.

open.

Which one Which one ofof the the following following correctly correctly states states the the arming arming signal signal for for the the Steam Steam Dumps, and Dumps, the RCS and the RCS temperature temperature maintained maintained by by the the Steam Steam Dumps?

Dumps?

The Steam Dumps are armed due to the (1) and RCS temperature will be controlled at (2)

(1 (1)) (2)

(2)

A. P-4 signal 547°F 54rF P-4signal B. P-4 signal 551°F C. Loss of Load signal 54rF 547°F D. Loss of Load signal 551°F

35. The

35. following conditions The following conditions existed existed on Unit 1:1:

on Unit

- ThisThis isis the the first first plant plant startup startup after after aa refueling refueling outage.

outage.

- Moderator Moderator Temperature Temperature Coefficient Coefficient (MTC)

(MTC) isis at at the the BOL BOL limit limit allowed by allowed by the the Core Core Operating Operating Limits Limits Report Report (COLR).

(COLR).

- Unit Unit 11 was was at at 30%

30% power, power, BOL.

BOL.

- Control Control RodsRods areare inin Manual.

Manual.

The following The following event event occurred:

occurred:

The Main The Main Turbine Turbine was was manually manually tripped.

tripped.

Which one Which one ofof the the following following is is the the initial initial response response of of RCS RCS TavgTavg and and Reactor Reactor Power, Power, with no no operator operator actions?

actions?

Tavg Tavg ((1)

1) and Reactor and Reactor Power Power (2)

(2)

((1)

1) (2)

A. increases increases B. increases decreases C. decreases increases D. decreases decreases

~

36. Unit

36. Unit 11 was was at at 100%

100% power power and and the the following following conditions conditions exist:exist:

- AOP-8.0, AOP-8.0, Partial Partial Loss Loss Of Of Condenser Condenser Vacuum, Vacuum, isis inin progress.

progress.

AA rapid rapid power power reduction reduction perper AOP AOP 17.0, 17.0, Rapid Rapid Load Load Rejection, Rejection, was was completed.

completed.

- Condenser Condenser Vacuum Vacuum isis stable.

stable.

FE1, EEl, CONT CONT ROD ROD BANK BANK POSITION POSITION LO, LO, isis inin alarm.

alarm.

AA normal normal boration boration isis in in progress progress perper SOP-2.3, SOP-2.3, Chemical Chemical And And Volume Volume Control Control System Reactor Makeup Control System Reactor Makeup Control System. System.

Which one Which one of of the following states:

the following states:

1) whether or

1) whether or not not SS SS permission permission is required prior is required prior to to the the Control Control Rod insertion during Rod insertion during the down the downpower power lAW lAW NMP-OS-001, NMP-OS-001, Reactivity Reactivity Management Management Program, Program, and and

2) is an

2) is Emergency Boration an Emergency Boration required required lAW AW thethe ARP for for FE1?

FE1?

Control Rod Insertion Boration Soration A. SS permission is NOT required. Emergency boration is required.

B. SS permission is NOT required. Emergency boration is NOT required.

C. SS permission is required. Emergency boration is required.

D. SS permission is required. Emergency boration is NOT required.

~ ~ "---

37. AA Unit

37. Unit 11 SGFP SGFP trip trip has has occurred occurred from from 100% power, and 100% power, and the the following following conditions conditions exist:

exist:

- AOP-13.0, Condensate AOP-13.0, Condensate And And Feedwater Feedwater Malfunction, Malfunction, isis in in progress.

progress.

- The operator The operator isis at at the step to the step Verify automatic to "Verify automatic operation operation of of the the Feedwater Feedwater Regulating Valves Regulating Valves adequate".

adequate.

- SG NR SG NR levels levels are are as as follows:

follows:

1A 34%

- 1A

- 34% Rising Rising

- 1lB

- 33% Rising B 33% Rising

- 110 Rising 36% Rising C 36%

Which one Which one ofof the the following following is is the the correct correct method method of of controlling controlling thethe Main Main Feed Feed Regulating valves (MFRVs) during this transient Regulating valves (MFRVs) during this transient lAW AOP-13.0? lAW AOP-13.0?

Place each Place MFRV controller each MFRV controller in manual at in manual at (1)

(1) SG SG NRNR Level, Level, (2)

(2) -

(1))

(1 (2)

A.

A. 55% match steam flow and and feed flow, and then place the controller back in automatic.

B. 55% and then immediately place the controller back in automatic.

C. 65% match steam flow and feed flow, and then place the controller back in automatic.

D. 65% and then immediately place the controller back in automatic.

38. ECP-O.O,

38. ECP-O.0, Loss Loss ofof All All AC AC Power,Power, directs directs the the operator operator to:

to:

Dump steam Dump steam fromfrom intactintact SGs SGs at maximum controllable at maximum controllable rate.

rate.

Which one Which of the one of following states the following states the primary reason the primary reason forfor dumping dumping steam steam from from the the intact SGs at the maximum intact SGs at the maximum controllable controllable rate, rate, and and states states the primary reason the primary reason for for closing the closing the Atmospheric Atmospheric Relief Relief Valves Valves (ARVs)

(ARVs) when when SG SG pressure pressure isis at at 200 200 psig?

psig?

Steam isis dumped Steam dumped from from the the SGs SGs at the maximum at the maximum controllable controllable rate to -1.1L, rate to (1) and and the ARVs are the ARVs are closed closed at at 200 psig SG 200 psig SG pressure pressure to prevent .J.£L to prevent (2) _ -

(1)

-1.1L .J.£L (2)

A. minimize RCS RCS inventory loss losing PRZR level.level.

B. minimize RCS inventory loss N2 injection.

C. maximize TDAFW pump flow losing PRZR level.

D. maximize TDAFW pump flow N2 injection.

-~

39. Unit

39. Unit 11 isis ramping ramping downdown forfor an an outage outage atat 22 MW/min.

MW/mm. The The following following conditions conditions occurred:

occurred:

At 1000:

- Reactor Reactor powerpower isis 25%.

25%.

- TheThe Reactor Reactor Makeup Makeup Control Control System System isis aligned aligned for for repetitive repetitive batch batch borations.

borations.

boration isis NOT

AA boration NOT currently currently in in progress.

progress.

- LK-112, LK-1 12, LTDN LTDN TO TO VCTVCT FLOW, FLOW, hashas been been adjusted adjusted to to maintain maintain 45%

45% level level in the VCT.

in the VCT.

LLT-1 12B and T -112B and LLT-1 15, VCT T -115, VCT LVL, LVL, meters meters both both indicate indicate 45%.

45%.

At 1001 At 1001 the the following following occurs:

occurs:

- 1A 1A 120V Vital AC 120V Vital Instrumentation Panel AC Instrumentation Panel is is de-energized de-energized due due to to anan electrical electrical fault.

fault.

Which one Which one ofof the the following following is the correct is the correct operator operator response response to to these these conditions?

conditions?

A. Secure BOTH BOTH Reactor Reactor Makeup Makeup Water Pumps. Pumps.

B. Realign the Reactor Makeup system to AUTO.

C. Realign LCV-115A, LCV-1 15A, VCT HI LVL DIVERT VLV, to the VCT.

D. Increase the ramp rate to control Tavg within the limits of AOP-17, AOP-1 7, Rapid Load Reduction.

40. Unit

40. Unit 11 was was atat 100%,

100%, and and the the following following conditions conditions occurred:

occurred:

- TheThe reactor reactor was was tripped tripped on simultaneous loss on simultaneous loss of of BOTH BOTH SGFPs.

SGFPs.

- AllAll AFW AFW was was subsequently subsequently lost. lost.

- RCS RCS Bleed Bleed and and Feed Feed isis inin progress progress inin accordance accordance with with FRP-H.1, FRP-H.1, Response Response To To Loss Of Secondary Loss Of Secondary Heat Sink.Heat Sink.

- Core Core Exit Exit Thermocouples Thermocouples have have reached reached 575°F 575°F and and are are falling.

falling.

- 1A 1A SGFP SGFP has has been been started.

started.

- SGSG Wide Wide Range Range Levels Levels are: are:

- 1A=

- 1A=8%8%

1B=8%

- 1B= 8%

- 1C=10%

- 1C= 10%

Which ONE Which ONE ofof the the following following describes:

describes:

1) the

1) the MAXIMUM MAXIMUM numbernumber of of SGs SGs that that may may be be fed fed at at the the same same timetime and

2) the Feed Flow limit, if any, required for feeding the SGs SG5 lAW FRP-H.1?

A. 1) Feed ALL SGs at once.

2) No feed flow limit.

B. 1) Feed ALL SGs SG5 at once.

2) Limited to between 20-1 20-100 00 gpm.

1) Feed ONE SG ONLY at aa time.

C. 1)

2) No

2) No feed flow limit.

limit.

D. 1)

D. 1) FeedONESG Feed ONE SGONLYatatim ONLY at a time. e.

2) Limited

2) Limited toto between between 20-100 20-100 gpm. gpm.

41. Unit

41. Unit 11 isis at at 100%,

100%, and and the the following following conditions conditions exist:

exist:

AA Computer Computer point point for for 6A FW HTR 6A FW Dump valve HTR Dump valve position position isis in in the the alarm alarm condition.

condition.

- On the IPC, the following indications On the IPC, the following indications are are observed:

observed:

- 6A FW 6A FW Heater Heater level level indicates indicates 12" 12 and stable.

and stable.

- V910A, 6A FW Heater level V910A, 6A FW Heater level Dump valve, Dump valve, symbol symbol indicates indicates solid solid red red on on the the system mimic.

system mimic.

- V909A, 6A V909A, FW Heater 6A FW Heater level level Drain Drain valve, valve, symbol symbol indicates indicates solid solid green green on on the the system mimic.

system mimic.

Which one Which one of of the the following following explains explains the given indications, the given indications, and and states states thethe isolation isolation signal which signal which will will isolate isolate the the 5A 5A FW FW HTR HTR extraction extraction steam steam valve, valve, V502A, V502A, 5A 5A FWFW HTR HTR ISO?

ES ISO?

ES

1) 6AFWHTRh

1) 6A FW HTR has asaa (1 (1) and

2) 5A

2) 5A FW HTR HTR Extraction Extraction Steam Steam will isolate on on high (2)

(2)

((1)

1) (2)

A. tube leak Level B. tube leak Pressure C. failed open dump valve controller Level D. failed open dump valve controller Pressure

42. At

42. 1000 the At 1000 the following following plant plant conditions conditions exist exist on on Unit Unit 1:1:

- AA TECH TECH SPECSPEC required required shutdown shutdown was was inin progress progress due due toto BOTH BOTH 1A and 11 BB SW 1A and SW pumps pumps inoperable inoperable and and unavailable unavailable (not (not running).

running).

1IC SW pump C SW pump isis aligned aligned to to BB Train.

Train.

At 1005 the At 1005 following events the following events occur:

occur:

- AA seismic seismic event event caused caused aa lossloss of of BOTH BOTH SGFPs, SGFPs, aa leak leak inin the the A A Train Train SW SW header and a tear in the CST header and a tear in the CST at the bottomat the bottom ofof thethe tank.

tank.

- CST level CST level isis at at 55 ft.

ft. and and decreasing.

decreasing.

Given the Given the above above conditions, conditions, whichwhich one one ofof the the following following correctly correctly describes describes the the actions actions for establishing for establishing AFW per SOP-22.O, per SOP-22.0, Auxiliary Feedwater Feedwater System, System, for the the available available pumps?

AFW pumps?

SOP-22.O will direct establishing SW to the suctions of _ _ _ _ _ __

SOP-22.0 A. the 11A A and 1lB B MDAFW pumps with SW valve alignments made from the main control room ONLY.

B. the TDAFW and the 11 B MDAFW pumps with SW valve alignments made from the main control room ONLY.

C. ALL AFW pumps with SW valve alignments made from in the plant AND from the main control room.

D. the TDAFW pump with SW valve alignments made from in the plant AND from the main control room, and the 1 1 B MDAFW pump with SW valve alignments made from the main control room ONLY. ONLY

43. Unit 11 has

43. Unit has had had aa LOSP LOSP followed followed by by aa SBLOCA, SBLOCA, and and the the following following conditions conditions exist:

exist:

- The 1-2A The 1-2A DG DG isis tagged tagged out.

out.

- The lB DG is The 1B DG is tripped. tripped.

- The 11CC DG The DG isis supplying supplying powerpower to to the the AA Train Train busses.

busses.

- The load on the 1C The load on the 1C DG is 2.860DG is 2.860 MW.MW.

Which one Which one of of the following describes the following describes whether whether or or not not the the 2000 2000 amp amp hour hour rating rating on on the the 110 C DGDG will will be exceeded ifif the be exceeded the 11 BB PRZR PRZR HTR HTR GROUP GROUP BACKUP BACKUP isis energized?

energized?

lEWthe PRZR HTR the PRZR HTR GROUP GROUP BACKUP BACKUP isis energized, energized, THENTHEN the the 110 C DG DG 2000 2000 hour0.0231 days 0.556 hours 0.00331 weeks 7.61e-4 months hour load load rating rating (1)

(1) be exceeded, be exceeded, and and energizing the energizing the 1lB PRZR HTR B PRZR HTR GROUP GROUP BACKUP BACKUP (2)

(2) allowed allowed lAW lAW EEP-1, EEP-1, Loss Loss ofof Reactor Reactor or Secondary Coolant.

Coolant.

(1))

(1 (2)

(2)

A. will is B. will is NOT C. will NOT is D. will NOT is NOT

44. Unit

44. Unit 11 isis atat 100%

100% power power with with the following conditions:

the following conditions:

1A Battery 1A Battery Charger Charger isis on on service.

service.

EM personnel EM personnel are are doing doing preventative preventative maintenance maintenance on on the the 11A A battery.

battery.

The following The following indications indications andand alarms alarms are are received:

received:

- The The UNITUNIT 11 AUXAUX BLDG BLDG DC DC BUSBUS - AA TRN

- TRN GROUND GROUND DET DET white white light light comes on momentarily comes on momentarily and then goes and then goes OFF.

OFF.

- WC3, WC3, 1A 1A 125V 125V DCDC BUS BUS BATT BATT BKRBKR 72-LA05 72-LAO5 TRIPPED TRIPPED

- WC2,WC2, 1A 1A 125V 125V DCDC BUS BUS UV UV OROR GND GND alarms alarms and and clears.

clears.

Which ONE Which ONE of of the following describes the following describes the the status status of of the the indications indications onon the the EPB for EPB for the the 11 A A DCDC BUS BUS andand the the 11 A A and and 11 BB Inverters?

Inverters?

1A DC 1A DC BUSBUS VOLTAGE VOLTAGE reads reads approximately approximately (1)

(1)

IA and 1A and 1lB INVERTER AMPERES are B INVERTER are reading reading approximately approximately (2)

(2)

A. (1)(1)ODCVOL 0 DC VOLTS. TS.

(2) 25 amps and being powered from the bypass source.

(1)ODCVOL B. (1)0 DC VOLTS. TS.

(2) 0 amps and being powered from the normal source.

C. (1)(1)125DC 125 DC VOLTS.

(2) 0 amps and being powered from the bypass source.

D. (1)125DC (1) 125 DC VOLTS.

(2) 25 amps and being powered from the normal source.

45. The

45. The 11BB DG DG isis being being paralleled paralleled with with the the grid grid for for surveillance surveillance testing, testing, and and prior prior to to closing closing the the 11BB DG DG output output breaker, breaker, the the Synchroscope Synchroscope isis turning turning fast fast inin the the FAST FAST direction.

direction.

Which one Which one of the following of the following states:

states:

1) the

1) component with the component with the the highest highest frequency frequency (the (the 1I BB DG DG output output oror 11 GG 4160V 41 60V Bus),

Bus),

and and

2) which

2) which switch switch must must be turned to be turned adjust frequency to adjust frequency prior prior to to closing closing the the output output breaker?

breaker?

(1 (1)) (2)

(2)

A.

A. 11G G Bus Frequency Bus Frequency VOLTAGE ADJUST VOLTAGE ADJUST VOL TS/MVARS VOLTS/MV ARS B.

B. 11G Bus Frequency G Bus Frequency GOVERNOR MOTOR GOVERNOR MOTOR SPEED/MW SPEED/MW c.

C. 1lB B DGDG Frequency Frequency VOLTAGE ADJUST VOLTS/MVARS VOLTS/MVARS D. 1lB B DG Frequency GOVERNOR MOTOR SPEED/MW

~ ~

46. AA complete

46. complete loss loss of of instrument instrument air air has has occurred occurred on on Unit Unit 1,1, and and the the following foHowing conditions conditions exist:

exist:

- The Reactor The Reactor waswas tripped tripped from from 100% power.

100% power.

The TDAFW The TDAFW pump pump auto auto started.

started.

BOTH MDAFW BOTH MDAFW pumps pumps failed failed toto start.

start.

SG NR SG NR Levels Levels areare slowly slowly trending trending up up and and read:

read:

1A: 27%, 1B: 29%,

1A: 27%, 1B: 29%, 1C: 30% 10: 30%

- Instrument Air Instrument Air isis expected expected to to be be lost lost for for the the next next 44 hours5.092593e-4 days 0.0122 hours 7.275132e-5 weeks 1.6742e-5 months hours while while repairs repairs are are made.

made.

Which one Which one of the following of the following describes describes the the MAXIMUM MAXIMUM requiredrequired timetime toto align align Emergency Emergency Air compressors Air compressors for for the TDAFW system the TDAFW system and and thethe reason?

reason?

Alignment of Alignment of the the Emergency Emergency Air Air Compressors Compressors to to the the TDAFW TDAFW components components lAW lAW SOP-62 is SOP-62 is required required within within aa MAXIMUM MAXIMUM of of -.ilL (1) and and is required in order to ~. (2)

(1)

-.ilL ~ (2)

A. 11 hour1.273148e-4 days 0.00306 hours 1.818783e-5 weeks 4.1855e-6 months ensure adequate heat sink B. 2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months ensure adequate heat sink C. 1 1 hour1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months prevent exceeding Tech Spec cooldown limits D. 22 hours2.546296e-4 days 0.00611 hours 3.637566e-5 weeks 8.371e-6 months prevent exceeding Tech Spec cooldown limits

47. AA Unit

47. Unit 11 #2

2 Waste Waste Monitor MonitorTank Tank release release to to the the environment environment isis inin progress progress lAW lAW aa Liquid Waste release permit and SOP-50.

Liquid Waste release permit and SOP-50.1,1, Appendix Appendix 2,2, Waste Waste Monitor MonitorTank Tank #2

2 Release to Release to the Environment.

the Environment.

- FH2, RMS FH2, RMS CH OH FAILURE, FAILURE, comes comes into into alarm.

alarm.

- R-18, LIQ WASTE DISCH, is indicating R-18, LlQ WASTE DISCH, is indicating normal normal on on the the Radiation Radiation Monitoring Monitoring system console system console and and on the recorder on the recorder for for R-18, R-18, RR0200.

RRO200.

- The HIGH The HIGH AlarmAlarm and and LOW LOW Alarm Alarm red red lights lights are are illuminated illuminated on on the the R-18 R-18 drawer.

drawer.

- The control The control powerpower fuse fuse holder holder isis found found to to be be illuminated illuminated onon R-18.

R-1 8.

What effect, What effect, ifif any, any, does does this this condition condition havehave on on RCV-18, RCV-18, andand the the #2

2 WMT WMT pump?

pump?

A. 1)

A. 1) RCV RCV-18

-18 willwill NOT NOT automatically automatically close.

close.

2) #2

2) #2 WMT WMT pump pump will will NOT NOT automatically automatically trip. trip.

B. 1)

B. 1) RCV-18 RCV-18 will automatically close.

will automatically close.

2) #2 WMT pump will NOT automatically trip.

C. 1) RCV-18 will NOT automatically close.

2) #2 WMT pump will automatically trip.

D. 1) RCV-18 will automatically close.

2) #2 WMT pump will automatically trip.

48. Which

48. Which one of the one of the following following conditions conditions represents represents aa lossloss of of containment containment integrity integrity and would cause entry and would cause entry into into Tech Tech Spec Spec 3.6.1, 3.6.1, Containment?

Containment?

A. Mode 33 and A. Mode and one one of of the the Personnel Personnel Airlock Airlock doors doors willwill not not close.

close.

B. Mode 44 and B. Mode and Integrated Integrated Leak Leak Rate Rate test test determines determines that that leakage leakage is is not not within within limits.

limits.

C. Mode C. Mode 55 and and itit isis discovered discovered that that the Phase 'B' the Phase B isolation isolation valve valve for for CCW COW to to the the RCPs, will RCPs, will not not close.

close.

D. Mode 66 and D. Mode and the the Equipment Equipment HatchHatch isis held in place held in place by by 44 bolts bolts ONLY.

ONLY.

49. Unit

49. Unit 11 isis 60%

60% power poweratat EOL,EOL, andand thethe following following conditions conditions exist:

exist:

- #1 #1 RHT RHT isis On On Service Service andand level level isis 10%.

10%.

LK-1 12, LTDN TO VCT

LK-112, LTON TO VCT FLOW, has been FLOW, has been adjusted adjusted toto maintain maintain the the VCT VCT at at 40%

40%

level inin AUTO.

level AUTO.

- AA manual manual makeup makeup of 400 gallons of 400 gallons at at aa rate rate of of40 40 gpm gpm has has been been set set upup as as the the unit unit ramps up ramps up inin power.

power.

- #2 #2 RHT RHT isis OffOff Service Service andand level level isis 50%.

50%.

- #2 RHT gas

2 RHT gas space space under under the the bladder bladder isis being being educted educted lAWlAW SOP-2.4, SOP-2.4, Chemical Chemical And Volume Control System Boron And Volume Control System Boron Recycle System, Recycle System, using using the the step step entitled entitled

1 (#2,

"#1 (#2, #3)

3) RHT RHT venting venting with with RHT RHT GAS GAS SAMPLE SAMPLE PANEL."

PANEL.

Which one Which one of of the following describes:

the following describes:

1) the

1) the indication indication of of LCV115A, LCV1 1 5A, VCT VCT HI LVL DIVERT HI LVL DIVERT VLV, VLV, in in response response to to the the manual manual makeup makeup and and

2) the

2) the indication indication that the educting that the educting of of #2 RHT is

2 RHT is complete complete or or almost almost complete complete lAW lAW SOP-2.4?

SOP-2.4?

A. 1)

A. 1) LCV115A LCV1 1 5A will indicate RED RED (VCT)(VCT) AND WHITE (HU (HU TANK) lights LIT.

2) Gas panel annunciator #23, RHT EDUCTOR LO PRESS, comes into alarm when educting is almost complete.

when B. 1) LCV115A B. LCV1 1 5A will indicate RED (VCT) AND WHITE (HU TANK) lights LIT.

2) PCV-251, RHT Eductor Suction Line Pressure Control valve, indication will change from red light LIT to green light LIT when educting is complete.

C.

C. 1)1) LCV1 LCV115A 1 5A will indicate RED (VCT) light LIT, WHITE (HU TANK) light light NOT NOT LIT.

2)

2) Gas Gas panel panel annunciator annunciator #23, #23, RHT RHT EDUCTOR EDUCTOR LO LO PRESS, PRESS, comes comes intointo alarm alarm when educting is is almost almost complete.

D.

D. 1)1) LCV1 LCV115A 1 5A will will indicate indicate REDRED (VCT)(VCT) light light LIT, LIT, WHITE WHITE (HU(HU TANK)

TANK) light light NOT NOT LIT.LIT.

2)

2) PCV-251, PCV-251, RHT RHT Eductor Eductor Suction Suction Line Line Pressure Pressure Control Control valve, valve, indication indication will will change change from from redred light light LIT LIT toto green green light light LIT LIT when when educting educting is complete.

is complete.

~ -

50. Which one

50. Which one of of the following states the following states ONLY ONLY correct correct purposes purposes and/or and/or functions functions of of the the Area Area Radiation Monitoring Radiation Monitoring System System (ARMS)?

(ARMS)?

A.

A.. Provide indication Provide indication of Loss of of Loss of RCS RCS barrier barrier indication indication for for Emergency Emergency EventEvent Classification Classification..

- Provide indication Provide indication for when Adverse for when Adverse Numbers Numbers are are used used while while performing performing Emergency Response Emergency Response Procedures.

Procedures.

B.

B.* Provide indication Provide indication ofof Loss Loss of of RCS barrier indication RCS barrier indication for for Emergency Emergency EventEvent Classification Classification. .

- Provide control Provide functions to shift control functions shift ventilation to recirculation in to recirculation in the the event event ofof high high radioactivity rad ioactivity..

C.

C.* Provide control functions to isolate isolate liquid effluent processes in in the event of high radioactivity.

radioactivity.

Provide indication Provide indication for when Adverse Numbers are needed while performing Emergency Responce Procedures.

D. .

D.* Provide control functions to isolate liquid effluent processes in the event of high radioactivity.

radioactivity.

Provide control functions to shift ventilation to recirculation in the event of high radioactivity.

radioactivity.

~----

51. Given

51. Given the the following following plant plant conditions:

conditions:

- Unit 11 isis in Unit in Mode Mode 5. 5.

Spent Fuel is being Spent Fuel is being moved moved in in preparation preparation for for aa refueling refueling outage.

outage.

R-25A, SFP R-25A, SFP VENT, VENT, radiation radiation monitor monitor loses loses instrument instrument power.

power.

Which one Which one of the following of the following describes:

describes:

1) the

1) the Train(s)

Train(s) of of PRF PRF RECIRC RECIRC and and EXHEXH fans fans that that automatically automatically start, start, and and

2) whether

2) whether or not manual or not manual action action is required to is required to OPEN OPEN HV-3538A, HV-3538A, SFPSEP toto 1A 1A PRF PRF SUPPLY DMPR?

SUPPLY DMPR?

A. 1)1) Only OnlyAtrain starts; A train starts;

2) Manual action is required.

OnlyAtrain B. 1) Only A train starts;

2) Manual action is NOT required.

C. 1) Both trains start;

2) Manual action is required.

D. 1) Both trains start;

2) Manual action is NOT required.

52. The

52. The following following plant plant conditions conditions exist exist on on UnitUnit 1:1:

- FRP-C.2, Response FRP-C.2, Response to to Degraded Degraded Core Core Cooling, Cooling, isis inin progress.

progress.

- All ECCS disconnects have All ECCS disconnects have been been closed.closed.

- Train SI BB Train could NOT SI could NOT be be reset, reset, MLB MLB 11 11-111-1 remains remains LIT. LIT.

The crew The crew isis at the step at the step to close all to close all SI accumulator discharge SI accumulator discharge valves. valves.

- The OATC The OATC has has placed placed all all handswitches handswitches for for the the SI SI Accumulator Accumulator Discharge Isolation Discharge Isolation valves in valves in the the CLOSE CLOSE position.

position.

- The following The following are are thethe indications indications availableavailable on on the the MCB:

MCB:

II WH-LIT WH-LIT I II WH-DRJ(

WH*DRK I LEC';Er"JD:

LE GE N [:1:

6R-ORK R-LiT IOR-DRK" R-LIT I IOR-DltKII FRKIl P.LIT R-LIT I F.'P

= ,VHITE

==PE[

PED

-1i B ,1l.,CCUM c c .j r 11 C c ,Il.,CCUt",'

.c;c;._Jri,i1 c.;p GP = 1~3F.~EEr",J

= GREEN DISCH IBO DIBCH ISO DISC::H 1::::0 DIBCH ISO i E21 1.C\.E:8IJ:3B oi E21 r1C:,./E8OE:D LIT = = ILlIJt'",'ll LLur,IINAT t",J.A,TED E[1 DF.'I<

[.1 == f'oJCn NOT ILLUt'",1!r'IJ.A.TED LL U MI NATE E.

Neither of the valves are responding to MCB switch manipulation. manipulation.

Which one of the following describes the reason MOV-SSOSB MOV-8808B and MOV-8808C did NOT close?

MOV-SSOSC MOV-8808B MOV-SSOSB MOV-SSOSC MOV-8808C A. Supply breaker has tripped open. B Train SI is NOT reset.

B B. BB Train SI is NOT reset. Supply breaker has tripped open.

C. RCS pressure C. pressure is is too too high.

high. Supply breaker Supply breaker has has tripped open.

open.

D. Supply D. Supply breaker breaker has has tripped tripped open.

open. RCS pressure RCS pressure is is too too high.

high.

53. Unit

53. Unit 11 isis at at 20%

20% power, power, and and the following conditions the following conditions occurred:

occurred:

At 1000:

- MainMain Condenser Condenser pressurepressure isis 1.3 1 .3 psia psia and and degrading.

degrading.

- AOP-8.0, AOP-8.0, PartialPartial Loss Loss Of Of Condenser Condenser Vacuum, Vacuum, isis in in progress progress due due toto an an air ejector malfunction.

air ejector malfunction.

At 1010:

MainMain Condenser Condenser vacuum vacuum has has degraded degraded to to 1212 psia.

psia.

- AOP-13.0, AOP-13.0, Condensate Condensate And And Feedwater Feedwater Malfunction, Malfunction, has has been been entered.

entered.

Which one Which one of of the the following following describes describes the the Circulating Circulating Water Water (CW) (CW) outlet outlet temperature at temperature at 1010 1010 as as compared compared to earlier, and to earlier, and the the action(s) action(s) required required by by AOP-13.0?

AOP-13.0 ?

At 1010 At 1010 CW CW outlet outlet temperature temperature is is (1)

(1) than at than at 1000, 1000, and and AOP-13.0 requires (2)

(1))

(1 (2)

A. higher tripping the reactor B. lower reducing power to approximately approximately 2%

C. higher reducing power to approximatel approximately y 2%

D. lower tripping the reactor

- - -~----

54. AA Safety

54. Injection and Safety Injection and loss loss of of BB train train Start Start Up transformer occurred Up transformer occurred on on Unit Unit 2.

2.

Which one Which one of of the following isis the the following the position position of of the the Turbine Turbine Building Building Service Service Water Water Supply Supply Isolation Valves?

Isolation Valves?

Valve nomenclature Valve nomenclature is is listed listed below:

below:

SW TO SW TO TURB TURB BLDGBLDG ISO ISO BB TRN TRN V514 V514 SW TO TURB BLDG SW TO TURB BLDG ISO A ISO A TRN TRN V515 V515 SW TO SW TO TURB TURB BLDGBLDG ISO ISO A A TRN TRN V516 V516 SW TO SW TO TURB TURB BLDGBLDG ISO ISO B B TRN TRN V517 V517 V5151V517 V515N517 V514N516 V514N516 A. Throttled Throttled Throttled B. Closed Throttled C. Throttled Closed D. Closed Closed

55. The

55. The following following plant plant conditions conditions exist exist onon Unit Unit 1:1:

- 100% power.

100% power.

- All systems All systems are are aligned aligned normally.

normally.

- Generator reactive Generator reactive load load isis currently currently at at "0" O MVARs.

MVAR5.

- ACC has notified the plant that ACC has notified the plant that system system voltage voltage problems problems require UNIT 11 to require UNIT to establish maximum establish maximum allowable allowable incoming incoming reactive reactive load load (MVARS (MVARS in).

in).

Which one Which one of of the the following:

following:

1) identifies

1) identifies the the administrative administrative limitlimit on incoming reactive on incoming reactive load load (MVARS (MVARS in) in) lAW lAW UOP-3.1, Power UOP-3.1, Power Operation, Operation, and and

2) the proper

2) proper switch switch which willwill be be used used to to establish establish maximum maximum allowable allowable incoming incoming reactive load?

reactive load?

(1))

(1 (2)

A. -200 MVARs Manual Voltage Adjust Switch B. - 200 MVARs Auto Voltage Adjust Switch C. -300 MVARs Manual Voltage Adjust Switch D. -300 MVARs Auto Voltage Adjust Switch I

L

---- ~ - -- .,- - - -

56. Which

56. Which one one ofof the following correctly the following correctly states the power states the power supplies supplies to to the the 11 AA and and 11 BB Emergency Emergency Air Air Compressors?

Compressors?

1A and A. 1A A. and 118 600V MCC B 600V MCC 1A and B. 1A B. and 118 600V LCC B 600V LCC C. 1Dand1E600VLCC C. 10 and 1E 600V LCC D. 11Uand1V600VMCC O. U and 1V 600V MCC

57. The

57. The following following plant plant conditions conditions exist exist on on Unit Unit 1:

1:

- AA LOCA LOCA has has occurred.

occurred.

- Containment Containment PressurePressure isis 30 30 psig 9 and psi and decreasing.

decreasing.

- All required All required actuations actuations have have occurred.

occurred.

Which one Which one ofof the the following following describes describes the the MINIMUM MINIMUM conditions conditions ifif any, AND actions any, AND actions required required to to reset reset '8' B train train PHASE PHASE BB CTMTCTMT ISO ISO (MLB-3 (MLB-3 6-1)?

6-1)?

A. 1)

A. 1) Containment Containment Pressure Pressure must must be be lowered lowered toto less less than than the the HI-3 HI-3 setpoint setpoint prior prior toto reset.

reset.

2) BOTH

2) BOTH Train A and and B B CS RESET pushbuttons, CS RESET pushbuttons, and and BOTH BOTH Train Train AA and and B B PHASE B PHASE B CTMT CTMT ISO ISO RESET RESET pushbuttons pushbuttons must must bebe depressed.

depressed.

B. 1) 1) Containment Pressure must be lowered to less than the HI-3 setpoint prior to reset.

2) The B Train PHASE B CTMT ISO RESET pushbutton ONLY must be depressed.

C. 1) Phase B can be reset regardless of Containment Pressure.

2) The B B Train PHASE B B CTMT ISO RESET pushbutton ONLY must be depressed.

D. 1) Phase B B can be reset regardless of Containment Pressure.

2) BOTH Train A and B B CS RESET push pushbuttons, buttons, and BOTH Train A and B PHASE B B CTMT ISO RESET pushbuttons must be depressed.

~-- ---- - ----------

,~---

58. Refueling

58. Refueling on Unit 22 isis inin progress, on Unit progress, and and the the following following conditions conditions exist:

exist:

- The Containment The Containment Equipment Equipment Hatch Hatch isis open open and and hoses hoses and and electrical electrical cables cables are are routed through the routed through the Hatch. Hatch.

- Both Main Both Main Personnel Personnel Airlock Airlock doors doors are are open.

open.

The Inner Airlock door is The Inner Airlock door is inoperableinoperable andand cannot cannot be be closed.

closed.

CTMT Main CTMT Main Purge Purge isis inin operation.

operation.

R-24A and R-24A and R-24B R-24B are are discovered discovered to to be be inoperable.

inoperable.

Which one Which one of of the following describes the following describes whether whether or or not not Fuel Fuel movement movement maymay continue continue in in Containment, and Containment, and the the reason?

reason?

A. CORE ALTERATIONS A. CORE ALTERATIONS must must bebe stopped stopped immediately, immediately, because because R-24A R-24A and and R-24B R-24B are inoperable.

are inoperable.

B. CORE ALTERATIONS ALTERATIONS must be stopped stopped immediately, becausebecause the Inner Airlock door cannot be be closed.

ALTERA11ONS must be stopped immediately, C. CORE ALTERATIONS immediately, because the Containment Equipment Hatch is open.

D. CORE ALTERATIONS ALTERATIONS may continue in the current condition, because all penetrations are capable of being isolated with manual actions.

59. Which one

59. Which one of of the the following following demonstrates demonstrates UNACCEPTABLE UNACCEPTABLE communication communication lAW lAW ACP-1 .0, Plant ACP-1.0, Plant Communications?

Communications?

A. During aa ramp A. During ramp per UOP-3.1, Power per UOP-3.1, Power Operation; Operation; the SS the speaking to SS speaking the UO:

to the UO: "Jim, Jim, raise raise turbine turbine load load by by 10 10 megawatts megawatts atat 11 megawatt megawatt per minute.

per minute."

UO: "Raise UO: Raise turbine turbine load load by by 10 10 megawatts megawatts at at 11 megawatt megawatt per per minute".

minute.

SS: "That's SS: Thats correct."

correct.

B. While swapping on service CCW heat B. While heat exchangers per per SOP-23.0, Component Cooling System; Cooling Water System; the UO speaking to the Rover on the phone: "Check Check one bravo CCW heat exchanger outlet isolation valve, 01 P17V008 Bravo, closed."

Q1P17VOO8 closed.

Check one bravo CCW heat exchanger outlet isolation valve, 01 Rover: "Check Qi P17V008 P1 7V008 closed.

Bravo, closed."

Thats correct."

UO: "That's correct.

C. In preparation for a Waste Gas Release per SOP-51.1, SOP-51 .1, Waste Gas System Gas Decay Tank Release; the Shift Radio Chemist speaking to the Chemistry Technician: "Joe, Joe, Sample Unit 1 1 Waste Gas Decay Tank #2 for release." release.

Chemistry Technician: "Sample Sample Unit 1 1 Waste Gas Decay Tank #2. #2."

Shift Radio Chemist: Yes, "Yes, sample #2 Waste Gas Decay Tank on Unit 1." 1.

D. While performing EEP-0.0, EEP-O.O, Reactor Trip and Safety Injection; the SS speaking to the OATC: Check "Check Containment Pressure has remained less than 27 psig.

psig."

OATC: Yes, "Yes, Containment Containment Pressure is is 11.6

.6 psig.

psig."

60. The

60. The following following plant plant conditions conditions exist exist on on Unit Unit 1:1:

AT 1000:

- N-41, N-41, N-42, N-42, N-43, N-43, and and N-44, N-44, PRPR NuclearNuclear Power, Power, indicate indicate 100%

100% power.

power.

- MainMain Generator Generator LoadLoad isis 901 901 MW.

MW.

- All All SG steam flows SG steam flows are are 4.1 106 4.1 XX 10 6 Ibs/hr.

lbs/hr.

AT 1010:

The crew The crew identifies identifies PK-3371A, PK-3371A, 1A 1A SGSG Atmospheric Atmospheric Relief Relief Valve Valve Controller, Controller, failed failed to to 100% demand.

100% demand.

- The The UOUO places places PK-3371A PK-3371A in in manual manual and and lowers lowers the the demand demand toto 0%.

0%.

- The The crew crew suspects suspects the the Atmospheric Atmospheric Relief Relief Valve Valve has has not closed.

not closed.

Which one Which one of of the following sets the following of stable sets of stable plant plant parameters parameters indicates indicates that PCV-3371A that PCV-3371A has has remained remained OPEN?

OPEN?

Stm Flow (X 10 1066 Ibs/hr) lbs/hr) 1ASG 1A SG 1BSG 1B SG 1C 1CSGSG MW Fl-474 FI-474 FI-484 FI-494 Fl-494 A. 840 MW 4.970 4.100 4.100 B. 840 MW 4.404 4.398 4.398 C. 880 MW 880MW 4.500 4.100 4.100 D. 880 MW 4.254 4.248 4.248

~- ... ---.--~-.----~

61. Which one

61. Which one of of the the following following lists ONLY those lists ONLY those personnel personnel inin which which BOTH BOTH areare required required to to request permission request permission to enter the to enter the Control Control Room Room At-the-Controls At-the-Controls Area Area from from the the OATC OATC lAW NMP-OS-007-001, lAW NMP-OS-007-OO1, Conduct Conduct ofof Operations Operations Standards Standards andand Expectations?

Expectations?

NRC Inspectors, A. NRC A. Inspectors, Plant Plant Manager Manager B. Operations Superintendents, B. Operations Superintendents, Site Site VP VP C. Operations Manager, C. Operations Manager, Chemistry Chemistry Foreman Foreman D. Reactor Engineer, D. Reactor Engineer, Health Health Physics Physics Foreman Foreman

-~----

62. Both

62. Both Units Units are operating at are operating at 22%

22% power power with with the the following following conditions:

conditions:

Both units Both units 4160V 4160V Busses Busses A, B and CC are A, Band are powered powered from from their their respective respective Startup Startup Transformers Transformers. .

AT 1000 AT 1000 the following occurs:

the following occurs:

Due to Due Severe Weather, to Severe Weather, the the 1lB Startup Transformer B Startup Transformer and and 2A 2A Startup Startup Transformer Transformer became de-energized became de-energized. .

Which one Which one ofof the following states the following states ALL ALL of of the the Reactor Reactor Coolant Coolant Pumps Pumps (RCPs)

(RCPs) which which will will still be still running after be running after the the event?

event?

Unit 11 Unit Unit 22 Unit A. 1A 1ARCP RCP 2ARCP 2ARCP B. 1A RCP 1A RCP 2B and 2C RCPs RCPs C. 1B 1Band1CRC and 1C RCPs P5 2ARCP 2A RCP D. 1B lB and 1C RCPs 2B and 2C 20 RCPs

63. Unit

63. Unit 11 isis inin Mode Mode 6. Fuel Movement

6. Fuel Movement inside inside containment containment isis in in progress, progress, and and the the following conditions occurred:

following conditions occurred:

1000:

At 1000:

At

- The The 11 BB DG DG isis tagged tagged out for Maintenance.

out for Maintenance.

The The 1A 1A RHR RHR pump pump is in operation.

is in operation.

The The 1lB RHR pump B RHR pump is is in in standby.

standby.

1005:

At 1005:

At

DG15, DG15, 1B lB SUSU XFMR XFMR to to 1G1G 4160V 4160V BUS, BUS, tripped tripped open.

open.

Which one Which one of the following of the following correctly correctly states states whether whether or or not not the the Tech Tech Specs Specs listed listed below below met?

are met?

are

- 3.8.2 AC Sources-Shutdown 3.8.2 SourcesShutdown

3.9.4 Residual Residual Heat Removal (RHR)

Heat Removal (RHR) and Coolant Coolant Circulation-High CirculationHigh Water Level Level TS 3.8.2 TS 3.9.4 A. is met is met B. is met is NOT met C. is NOT met is met D. is NOT met is NOT met

64. Unit

64. Unit 11 isis at at 100%

100% power,power, andand the the following following conditions conditions occurred:

occurred:

Containment mini-purge Containment mini-purge supply supply andand exhaust exhaust fansfans are are running.

running.

R-1 1, CTMT R-11, CTMT ATMOS, ATMOS, has has come come intointo alarm.

alarm. ItIt isis reading reading 8000 8000 cpm.cpm.

The following The following radiationradiation monitors monitors are trending up:

are trending up:

- R-12, R-12, CTMT CTMT GAS GAS

- R-2, R-2, CTMTCTMT 155 155 FT FT

- R-7,R-7,SEALTA SEAL TABLE BLE Which one Which one of the following of the following areare the the actions actions that that the the OATC OATC is is required required to to take take forfor this this condition condition lAW annunciator response lAW annunciator response procedure procedure FH1, FH1, RMS RMS HI-RAD?

Hl-RAD?

A. Check pressurizer A.

Check pressurizer level level and and VCT VCT level level stable.

stable.

- Secure Secure containment containment mini-purge mini-purge fans.fans.

B.

Ensure ALL containment containment mini-purge dampers dampers have automatically closed. closed.

Secure containment mini-purge fans.

C.

Check pressurizer level and VCT level stable.

Verify ARDA has auto started.

D. *. Ensure ALL containment mini-purge dampers have automatically closed.

- Verify ARDA has auto started.

-~------------------ ---- ------ ------~--~--------~------~---------------~--------- ------------------------~-----------

-- .~-

65. AA Plant

65. Plant Operator Operator isis assigned assigned to to use use aa portable portable RAM RAM 100 100 frisker frisker during during an an emergency emergency entry.

entry.

Which one Which one of of the the following following describes describes the:the:

1) radiation

1) radiation that that the the frisker frisker detects detects and and

2) the

2) the required required checks checks prior prior toto use use lAW lAW RCP-208, RCP-208, Operation Operation and Calibration of and Calibration of MGP MGP Instruments RAM Instruments RAM 100100 Count Count RateRate Meter?

Meter?

A. 1)

A. 1) Beta-gamma Beta-gamma ONLY. ONLY.

2) Ensure

2) Ensure the daily daily response response check check is is current current and and conduct conduct aa battery battery check.

check.

B. 1)1) Beta Beta ONLY.

2) Ensure Ensure the instrument instrument responds properly to a known known reference source and calibrate the instrument.

C. 1) Beta-gamma ONLY.

2) Ensure the instrument responds properly to a known reference source and calibrate the instrument.

D. 1) Beta ONLY.

2) Ensure the daily response check is current and conduct a a battery check.

66. The

66. The Unit Unit 11 Radside Radside System System Operator Operator isis required required to enter the to enter the RCS RCS Filter Filter cubicle cubicle toto operate valve operate aa valve with with aa broken broken reach reach rodrod and and hanghang aa clearance.

clearance. The The Radside Radside System System Operators year-to-date Operator's year-to-date TEDE TEDE isis 1.5 1.5 Rem Rem..

- The The RCS Filter cubicle RCS Filter cubicle dose dose raterate isis 11 R/hr.

R/hr.

- ItIt will will take take 40 minutes to 40 minutes perform this to perform this job.

job.

Which one Which one of the following of the following states states the the 11 OCFR20 0CFR2O TEDE TEDE radiation radiation exposure exposure limits, limits, and and whether or whether not the or not the worker worker will will exceed exceed the FNP Admin the FNP Admin Limits Limits per per FNP-M-001, FNP-M-001, Health Health Physics Manual?

Physics Manual?

The 1100FR2O The OCFR20 TEDE TEDE exposure exposure limit is .J1L limit is (1) Rem/year.

Rem/year.

This worker --1a (2) exceed the the FNP FNP Admin Limits Limits in FNP-M-001.

in FNP-M-001.

(1))

(1 (2)

(2)

A. 10 Rem 10 Rem will B. 10 Rem will NOT C. 5 Rem will D. 5Rem 5 Rem will NOT

67. Unit

67. Unit 11 has has just experienced aa Reactor just experienced Reactor Trip, Trip, and and the the following following conditions conditions exist:

exist:

- The Operator at The Operator at the Controls (OATC) the Controls (OATC) and and the the Unit Unit Operator Operator (UO)

(UO) are are inin the the Control Room.

Control Room.

- Performance of Performance of EEP-O.O, EEP-O.O, Reactor Reactor TripTrip or or Safety Safety Injection, Injection, Immediate Immediate Operator Operator Actions (IOAs) from memory Actions (IOAs) from memory isis inin progress.

progress.

Which one Which one of the following of the following states states the the roles roles assigned assigned toto each each Plant Plant Operator during the Operator during the performance of performance of IOAs IOAs ofof EEP-O.O EEP-O.O lAWlAW SOP-O.B, SOP-O.8, Emergency Emergency Response Response Procedure Procedure Users Guide?

User's Guide?

The OATC The OATC is required to is required perform IOAs to perform lOAs and and while while the the IOAs IOAs are are being being performed performed isis required to required to -11L jl) any any ESF components ifif auto ESF components auto actuations actuations failed failed to to occur occur as as designed, designed, and and the UOUO will --..ea (2) manually align (1) manually A. (1)

(2) perform IOAs.lOAs.

B. (1) manually align (2) NOT perform IOAs, lOAs, but will ensure the OATC performs the IOAs lOAs correctly.

C. (1) complete the IOAs of EEP-O.O before manually aligning (2) perform IOAs.

D. (1) complete the IOAs lOAs of EEP-O.O before manually aligning (2) NOT perform IOAs, lOAs, but will ensure the OATC performs the IOA5 IOAs correctly.

68. Unit

68. Unit 11 was was at at 100%

100% power power when when aa Large Break LOCA Large Break LOCA and and aa subsequent subsequent LOSP LOSP occurred. The following conditions occurred. The following conditions exist: exist:

- The crew The crew isis performing performing thethe actions actions of of ECP-O.O, ECP-0.0, LossLoss of of ALL ALL AC AC Power.

Power.

Attempts to Attempts to restore restore power power to to any 4160V bus any 4160V bus from from any any source source perper the the step, step, Restoration of power to any "Restoration of power to any emergency emergency bus",bus, have have all all been been unsuccessful.

unsuccessful.

- ALL Core ALL Core Exit Exit Thermocouples Thermocouples (CETCs)(CETC5) read read 725°F 725°F andand are are increasing.

increasing.

Which one Which of the one of the following following is is the the required required procedural procedural flowpath?

flowpath?

A. Continue in A. Continue in ECP-O.O ECP-0.0 until power is until power is restored restored to at least to at least one one emergency emergency bus. bus.

B. Continue in B. Continue in ECP-O.O ECP-0.0 untiluntil instructed instructed to to monitor monitor CSF CSF status trees.

trees.

C. Immediately transition C. Immediately transition to FRP-C.2, Response to FRP-C.2, Response to to Degraded Degraded Core Core Cooling, Cooling, from from any ECP-0.0.

any step of ECP-O.O.

D. Immediately D. Immediately transition to FRP-C.1,FRP-C.1, Response Response to Inadequate Inadequate Core Cooling, Cooling, from any step of ECP-O.O.ECP-0.0.

~--~-- ---- - ._--

69. An

69. An inadvertent inadvertent SafetySafety injection injection has occurred on has occurred on Unit Unit 1.1. ESP-1.1, ESP-1 .1, SI SI Termination, Termination, was was in progress in progress when when the following conditions the following conditions occurred:

occurred:

MLB-1 1-1 MLB-1 1-1 and and 11-1 lights are 11-1 lights are NOT NOT LIT.

LIT.

Pressurizer level Pressurizer level isis dropping dropping rapidly.

rapidly.

- SG narrow range SG narrow range water water levels levels are:

are:

-1A SG

-1A SG 42%

42% t.t.

-lB SG

-1B SG 30%.1..

30% .1.

-1C SG

-1C SG 31%

31% .1.. ..

- All SG pressures All SG pressures are are decreasing decreasing rapidly.

rapidly.

- All Main All Main Steam Steam Isolation Isolation Valves Valves (MSIVs)

(MSIV5) areare open.

open.

- Ctmt pressure Ctmt pressure is 14 is psig 14 psig and and increasing.

increasing.

Which one Which one ofof thethe following following states:states:

1) the

1) the allowable allowable actions actions to to be be taken taken per per SOP-O.S, SOP-0.8, Emergency Emergency Response Response Procedure Procedure Users Guide, User's and

2) the procedure to implement IF the crew is not sure of the procedural transition?

A. 1) Close the MSIVs;

2) Enter ESP-O.O, ESP-0.0, Rediagnosis.

IsolateallAFW B. 1) Isolate all AFW to tolASG; 1A SG;

2) Enter ESP-O.O, ESP-0.0, Rediagnosis.

C. 1) 1) Close the MSIVs;

2) Re-enter EEP-0, EEP-O, Rx Trip and Safety Injection. Injection.

D.

D. 1) 1) IsolateaTlAF Isolate all AFW WtolASG; to 1A SG;

2) Re-enter EEP-0,

2) EEP-O, Rx Trip and and Safety Safety Injection.

Injection.

70. The

70. Unit 11 crew The Unit crew has transitioned to has transitioned to ECP-1.2, ECP-1 .2, LOCALOCA Outside Outside Containment.

Containment.

Which one Which one ofof the the following following correctly correctly states states thethe Cold Cold Leg Leg Injection Injection path path which which isis isolated, and the parameter isolated, and the parameter used used to to determine determine ifif the the break break isis isolated isolated lAW lAW ECP-1.2?

ECP-1 .2?

The .J.1.L The (1) Cold Cold Leg Leg Injection Injection path path is is isolated, isolated, and and RCS ~

RCS rising is (2) rising is used used to to determine determine ifif the the break break is is isolated isolated lAW lAW ECP-1.2 ECP-1 .2..

(1)

.J.1.L ~ (2)

A. RHR RHR Pressure Pressure B. RHR Subcooling C. HHSI Pressure D. HHSI Subcooling

--.--.-~-- --------~-----

~--

71. Given

71. Given the following plant the following plant conditions conditions for for Unit Unit 1:1:

- Train isis On AA Train On Service.

Service.

- The Operators The Operators have have implemented implemented FRP-H.1, FRP-H.1, Response Response to Loss of to Loss of Secondary Secondary Heat Sink.

Heat Sink.

- RCS feed RCS feed and and bleed bleed criteria criteria was was metmet and and aa manual manual Safety Safety Injection Injection was was initiated lAW initiated lAW FRP-H.1.

FRP-H.1.

- 110 Charging pump C Charging pump isis tripped.

tripped.

PRZR PORV, PRZR PORV, PCV-445A, PCV-445A, will will NOT NOT open.

open.

Which one Which one of of the the following following describes describes the MINIMUM action(s) the MINIMUM action(s) required required to to provide provide adequate core cooling?

adequate core cooling?

A. Open one A. Open one PORV.

PORV.

B. Open four Reactor Vessel Head B. Open Head vents.

C. Open one PORV AND Open four Reactor Vessel Head vents.

D. Open one PORV AND Open four Reactor Vessel Head vents, AND place 11 B Charging pump on B train and start 1lB B Charging pump.

72. Given

72. Given thethe following following plant conditions for plant conditions for Unit Unit 1:1:

AA failure failure has has occurred occurred on TE-412, Loop on TE-412, Loop AA TTAVG, AVG, resulting resulting inin aa constant constant output output equivalent to equivalent to 561°F.

561°F.

- AA failure failure has has occurred occurred on TE-422, Loop on TE-422, Loop BB TTAVG, AVG, resulting resulting inin aa constant constant output output equivalent to equivalent to 570°F.570°F.

The Reactor The Reactor is manually tripped.

is manually tripped.

Which one Which one ofof the the following following states states the protective feature(s) the protective feature(s) that that will will prevent prevent aa Pressurized Thermal Shock (PTS) condition from Pressurized Thermal Shock (PTS) condition from developing, with developing, with no no operator operator actions?

actions?

A. P-4, Reactor A. P-4, Reactor TripTrip Interlock.

Interlock.

B. Main Steam Line Isolation on on High Flow AND Main Steam Line Line Isolation Isolation on Low Pressure.

c.

C. Main Steam Line Isolation on Low Pressure (Main Steam Line Isolation on High Flow will NOT prevent a PTS condition).

D. Main Steam Line Isolation on High Flow (Main Steam Line Isolation on Low Pressure will NOT prevent a PTS condition).

73. AA Dual

73. Dual unit LOSP with unit LOSP with aa Unit Unit 22 Large Large BreakBreak LOCA LOCA hashas occurred occurred and and the the following following conditions occurred:

conditions occurred:

CTMT pressure CTMT pressure isis 66 psig.

psig.

- EEP-1 .0, Loss EEP-1.0, Loss of Reactor or of Reactor or Secondary Secondary Coolant, Coolant, isis inin progress.

progress.

At 1000:

At 1000: WA2, WA2, 1-2A1-2A DGDG GEN GEN FAULT FAULT TRIP, TRIP, comes comes into into alarm.

alarm.

At 1020: the At 1020: following alarms the following alarms havehave just just comecome in:in:

- CF3, 2A CF3, 2A OR OR 2B 2B RHR RHR PUMPPUMP OVERLOAD OVERLOAD TRIP TRIP

- CH2, RWST LVL CH2, RWST LVL A TRN LO A TRN LO

- CH3, RWST CH3, RWST LLVL VL B B TRN TRN LO LO Which one Which one ofof the the following following is:is:

1) the correct status of Unit 22 emergency recirculation capability, 1) and

2) the action(s) that the applicable procedure(s) direct?

A. 1) One train ONLY of emergency recirc capability has been lost.

2) Transfer to Cold Leg recirc AND Containment Spray recirc at this time.

B. 1) One train ONLY of emergency recirc capability has been lost.

2) Transfer to Cold Leg recirc, but do NOT transfer to Containment Spray recirc at this time.

1) Both trains of C. 1) of emergency recirc capability have been lost. lost.

2) Verify both Containment spray spray pumps secured, AND minimize minimize HHSI HHSI flow to the minimum minimum required to to remove remove decay decay heat.heat.

D. 1)

D. 1) Both Both trains trains ofof emergency emergency recirc recirc capability capability have have been been lost.lost.

2) Verify

2) Verify both both Containment Containment sprayspray pumpspumps AND HHSI pumps AND HHSI pumps are are secured secured while while attempting to restore attempting to restore at at least least one one train of emergency train of emergency recirc.recirc.

74. Unit

74. Unit 22 isis in in Mode Mode 3, preparing to 3, preparing to open open the the MSIVs MSIVs after after warm-up warm-up of of the the Main Main Steam Steam lines is lines is complete complete usingusing FNP-2-S0P-17.0, FNP-2-SOP-17.O, Main Main and and Reheat Reheat Steam.

Steam.

- RCS Temp RCS Temp isis 54rF.

547°F.

- All required All required manual manual MSIVMSIV Bypass Bypass Warmup Warmup andand Air Air Operated Operated MSIV MSIV Bypass Bypass valves are open lAW FNP-2-SOP-17.O.

valves are open lAW FNP-2-S0P-17.0.

- Steam header pressure Steam header pressure andand each each SGSG pressures pressures areare approximately approximately equal.

equal.

The UO The UO opens opens the the MSIVs, MSIV5, andand immediately immediately after after opening opening all all MSIVs:

MSIVs:

- A A large large Steam Steam Break in the occurs in Break occurs the Turbine Turbine Building.

Building.

- TheThe MSIVsMSIV5 would NOT close EITHER NOT close EITHER automatically automatically OROR when the the MCB MOB handswitches were placed in in the CLOSE position.

Which one of the following describes the number number of manual MSIV Bypass Warmup valve(s) installed, and the final position position of the Air Operated MSIVMSIV Bypass Bypass Valves?

-11L (1) manual Main Steam Isolation Bypass Warmup Valve(s) is(are) installed to warm FNP-2-SOP-17.O, up main steam lines per FNP-2-S0P-17.0, and the final positions of the Air Operated MSIV Bypass Valves is ~.(2)

(1) (2)

A. 3 open B. 3 closed C. 11 open D. 11 closed

75. AA Large

75. Large Break Break LOCA LOCA has occurred on has occurred on Unit Unit 2, 2, and and the the following following conditions conditions exist:

exist:

- R-27A R-27 and B, A and CTMT HI B, CTMT HI RANGE, RANGE, indicates indicates 33 Rem/hr.

Rem/hr.

- RE-il, CTMT PART, RE-11, CTMT PART, and and RE-12, RE-12, CTMT CTMT GAS, GAS, on on the the Integrated Integrated Plant Plant Computer Computer (IPC) shows (IPC) shows an initial upscale an initial upscale followed followed byby aa slow slow trend trend towards towards background background levels.

levels.

Which ONE Which ONE ofof the the following following describes describes the the reason reason for for the the observed observed trend trend on on RE-11 RE-i 1 and and RE-i2 towards RE-12 towards aa background background count count rate?

rate?

RE-il and RE-11 and RE-12 RE-i2 areare isolated isolated from from containment directly from containment directly from aa _ _ _ signal.

signal.

Phase A A. Phase A B. Phase B B. Phase B C. Safety Injection D. Containment Ventilation Isolation

76. Which

76. Which one one of the following of the following states states the the RHR RHR flowflow requirement requirement to to be be considered considered OPERABLE OPERABLE in in accordance accordance with with TS TS 3.9.5, 3.9.5, Residual Residual heatheat Removal Removal (RHR)

(RHR) and and Coolant Coolant Circulation -- Low Circulation -- Water Level?

Low Water Level?

RHR pump RHR pump flowflow must must be minimum of be aa minimum of _ _ gpm gpm to to be be OPERABLE.

OPERABLE.

3300 A. 3300 A.

3000 B. 3000 B.

2750 C. 2750 C.

1750 D. 1750 D.

77. Unit

77. Unit 11 isis inin Mode Mode 3, and the 3, and following conditions the following conditions exist:

exist:

At 10:00:

- The The shutdown shutdown banksbanks are are withdrawn.

withdrawn.

- AA Cooldown 000ldown per per Technical Technical Specification Specification 3.4.10, 3.4.10, Pressurizer Pressurizer Safety Safety Valves, Valves, isis inin progress progress due to due to anan inoperable inoperable PRZR PRZR codecode safety safety valve.

valve.

- TTcoId is 530° cold is 530°F. F.

At 10:10, AA complete At 10:10, complete LossLoss of of Off-Site Off-Site Power Power occurs occurs with with the the following following conditions:

conditions:

- All All emergency emergency equipment equipment operates operates normally.

normally.

ACC ACC reports reports that that off-site off-site power power will will be be restored restored inin 18 18 hrs.

hrs.

Which one Which one of the following of the following describes describes the the required required action, action, ifif any, any, to to open open the the Rx Rx Trip Trip Breakers and Breakers and the the procedure procedure transition transition from from ESP-0.1, ESP-0.1, Reactor Reactor TripTrip Response, Response, after the after the plant is stabilized?

plant is stabilized?

Manual action Manual action (1)

(1) required to required to open open the the Rx Rx Trip Trip Breakers.

Breakers.

After the plant is stabilized the crew will transition to (2) from ESP-0.1, ESP-0.1, Response.

Reactor Trip Response.

(1))

(1 (2)

(2)

A. IS ESP-0.2, Natural Circulation Cooldown to Prevent Reactor Vessel Head Steam Voiding B. IS ESP-0.3, Natural Circulation Cooldown with Allowance for Reactor Vessel Head Steam Voiding (with RVLIS)

RVLlS)

C. IS NOTNOT ESP-0.2, Natural Circulation Cooldown Cool down to Prevent Prevent Reactor Vessel Head Steam Voiding D.

D. IS NOT IS NOT ESP-0.3, ESP-0.3, Natural Natural Circulation Cooldown with Allowance for for Reactor Reactor Vessel Vessel HeadHead Steam Steam Voiding Voiding (with (with RVLIS)

RVLlS)

78. Unit

78. Unit 11 issat 100% with at 100% with the the following following conditions:

conditions:

- Pressurizer pressure Pressurizer pressure control control isis in in AUTO.

AUTO.

- PT-445, PRZR PRESS, PT-445, PRZR PRESS, pressure pressure transmitter transmitter fails fails HIGH.

HIGH.

Which one Which one of the following of the following describes:

describes:

1) the

1) the PRT PRT pressure pressure following following aa PTPT-445

-445 failure with no failure with no operator operator actions actions for five for five (5) minutes, (5) minutes, AND AND

2) the

2) the basis basis for for the the limit limit of of T.S. 3.4.13, RCS T.S. 3.4.13, RCS Operational Operational Leakage, Leakage, ifif leakage leakage continues into continues into the the PRT PRT past past the the PORVPORV and and its its block block valve valve after after the the valves valves are are closed?

closed?

A. 1) The PRT pressure will remain below rupture disc setpoint.

2) The leakage limit is a reasonable minimum detectable amount that the leak detection processes can detect within a reasonable period of time.

B. 1) The PRT pressure will remain below rupture disc setpoint.

2) The leakage limit is well within the capability of the makeup system and does not interfere with the identification of other leakage.

C. 1) The PRT will pressurize until the rupture disc ruptures.

2) The leakage limit is well within the capability of the makeup system and does not interfere with the identification of other leakage.

D. 1) The PRT will pressurize until the rupture disc ruptures.

2) The leakage limit is aa reasonable minimum detectable amount that the leak detection processes can detect within aa reasonable period of time.

79. An

79. automatic SI An automatic SI from from 100%

100% has has occurred occurred on on Unit Unit 11 due due to to aa pressurizer pressurizer safety safety valve valve failed open and the following conditions failed open and the following conditions exist: exist:

- RCPs have RCPs have been been secured.

secured.

Phase BB has Phase has actuated.

actuated.

- The lB CS Spray The 1B CS Spray Pump Pump tripped.

tripped.

- The 110 The CTMT Cooler C CTMT Cooler Fan Fan will will not not start.

start.

AT 1000, AT 1000, plant plant conditions conditions are are as follows:

as follows:

- RCS pressure RCS pressure 1335 1335 psig psig and dropping ~

and dropping

Pressurizer Pressurizer level level 100%

100%

All CETCs indicate All CETCs indicate 550°F 550°F andand stable stable

- Lowest Lowest TTcQId cold 405°F 405° F and and stable stable

- All three All three SG SG levels levels 48%

48% narrow narrow range range and and stable stable

- RVLIS RVLlS Plenum and dropping ~

Upper Plenum 72% Upper

R-2 0.8 R/hrR/hr and stable stable

R-27A R-27A 11 R/hr R/hr and and stable

Containment Hydrogen 0%

Containment Pressure 4.8 psig and dropping ~

Containment Sump Level 2.7 ft and rising rI

RCS Activity < Tech Spec limit

<Tech AT 1050, the crew has since aligned instrument air to containment and the following parameters are reported:

All CETCs CETC5 indicate 743° F and rising rI 743°F

- Containment Pressure 1.9 psig and dropping ~

1.9 Considering ONLY the Fission Product Barriers, which one of the following identifies the Emergency Classificatio Classification n at 1000 1000 and later at 1050? 1050?

(ED Judgement Judgement is NOT NOT to be used as criteria for the declaration)

REFERENC REFERENCE E PROVIDED PROVIDED 1000 1000 1050 1050 A.

A. Alert Alert (FA1)

(FA 1) Site Site Area Area Emergency Emergency (FSI) (FS1)

B.

B. Alert Alert (FA1)

(FA 1) General General Emergency Emergency (FG1) (FG1)

C. Site C. Site Area Area Emergency Emergency (FS1) (FS1) Site Site Area Area Emergency Emergency (FS1) (FS1)

D. Site D. Site Area Area Emergency Emergency (FS1) (FS1) General General Emergency Emergency (FG1) (FG1)

--- - -- ~---- --

80. The

80. The following following plant plant conditions conditions exist:

exist:

- Unit Unit 11 isis performing performing the the first first reactor reactor startup startup following following aa refueling refueling outage.

outage.

- The The reactor reactor has has been been critical critical for <100 for <100 hrs.

hrs.

- UOP-1.2, UOP-1 .2, Startup Startup of Unit From of Unit From Hot Hot Standby Standby to to Minimum Minimum Load, Load, isis inin progress.

progress.

- All All Control Control Bank Bank DD (CB (CB D) D) rod rod heights heights indicated indicated by by DRPI DRPI andand group group step step counters are counters are at at 208 208 steps.

steps.

- Reactor Reactor power power is is 20%.

20%.

A Main Generator A Main Generator trip trip occurred occurred with with rod rod control control in in automatic.

automatic. DuringDuring that that transient, transient, aa failure occured failure occured on CB D on CB rod H-2 D rod H-2 CRDM CRDM such such that that its its lift lift coil coil will will not not energize.

energize. After After the the plant is stabilized, the following plant is stabilized, the following conditions exist: conditions exist:

- Rod H-2 Rod H-2 is is 14 14 steps steps above above CB CB D D step step counters.

counters.

- The cause The cause for for the the lift lift coil coil malfunction malfunction has has NOT NOT beenbeen identified.

identified.

Which one of the following states states if TS 3.1.4, 3.1.4, Rod Rod Group Alignment Limits, Limits, are are met and the required actions per per AOP-19.0, AOP-1 9.0, Malfunction of Rod Rod Control System?

The Rod Group Alignment Limits of TS 3.1.4 ..11.L (1) met.

AOP-1 9.0 will direct the operator to .J2.L.

AOP-19.0 (2)

(1) (2)

A. are Perform rod realignment using AOP-19.0, Attachment 2, Misaligned Rod Recovery or Maintenance Testing.

B. are NOT Perform rod realignment using AOP-19.0, Attachment 2, Misaligned Rod Recovery or or Maintenance Testing.

C.

C. are are Immediately Immediately commence aa shutdown shutdown using using UOP-2.1, UOP-2.1, Shutdown Shutdown of of Unit Unit From From Minimum Minimum Load Load to to Hot Hot Standby.

Standby.

D.

D. are NOT are NOT Immediately Immediately commence commence aa shutdown shutdown using using UOP-2.1, UOP-2.1, Shutdown Shutdown of of Unit Unit From From Minimum Minimum Load Load to to Hot Hot Standby.

Standby.

81. Unit

81. Unit 11 startup startup isis inin progress progress using using UOP-1.2, UOP-1 .2, Startup Startup of of Unit Unit from from Hot Hot Standby Standby toto Minimum Load. Reactor Minimum Load. Reactor power power isis being being maintained maintained 2-4%,

2-4%, when when thethe following following occurs:

occurs:

N-44, Power N-44, Power RangeRange NI, fails high.

NI, fails high.

Which one Which one of the following of the following describes describes the the procedure procedure containing containing thethe required required response response to the to the failure, failure, and and the the ability ability to to enter enter Mode Mode 11 upon upon completing completing the the AOP AOP actions, actions, lAW lAW Tech Spec Tech Spec 3.3.1, 3.3.1, Reactor Reactor TripTrip System System Instrumentation, Instrumentation, Conditions Conditions 0D and and EE and and Tech Tech Spec 3.0.47 Spec 3.0.4?

REFERENCE PROVIDED REFERENCE PROVIDED

-11L contains all (1) contains all of the required of the required actions; actions; after after completing completing the the AOP AOP actions.

actions.

Mode 11 entry Mode entry ~ permitted by (2) permitted by Tech Tech Specs.

Specs.

A. 1) 1) AOP-100, Instrumentation Instrumentation Malfunction.

Malfunction.

2)IS

2) IS Instrumentation Malfunction.

B. 1) AOP-100, Instrumentation 2)IS

2) IS NOT C. 1) AOP-19, Malfu Malfunction nction of Rod Control System.

2)IS

2) IS D. 1) 1) AOP-19, Malfunction of Rod Control System.

2) IS NOT NOT

82. UNIT

82. UNIT 11 isis inin Mode Mode 1,1, when when the the following following conditions conditions and and sequence sequence of of events events occur:

occur:

CTMT CLR CTMT CLR FANS FANS SEL SEL switches switches areare positioned positioned asas follows:

follows:

- AA Train Train selected selected to to 11A A

BB Train Train selected selected to tolD 1D 1300 Aug 1300 06: Containment Aug 06: Containment Spray Spray Pump Pump 1A 1A declared declared INOPERABLE.

INOPERABLE.

1900 Aug 1900 Aug 08:

08: While While performing performing STP-17.0, STP-17.0, Containment Containment Cooling Cooling System System Train Train A(B)

A(B)

Operability Test, the Operability Test, the following following deficiencies deficiencies were were discovered discovered oror occurred:

occurred:

- 1A and 1A and 1lB CTMT CLRs B CTMT CLRs were were determined determined to to be be clogged clogged with with maximum attainable maximum attainable SW SW flow flow through through either either cooler cooler being being 500 500 gpm.

gpm.

- BA3, 11C BA3, CTMT CLR C CTMT CLR FAN FAN FAULT, FAULT, came came into into alarm alarm due due to 1C CTMT to 1C CTMT CLR Fan CLR Fan Slow Slow Speed Speed breaker breaker tripping tripping open when started.

started.

0327 Aug 09:

0327 09: 1A 1A Containment Containment SpraySpray Pump Pump was returned returned to OPERABLE OPERABLE status.

Which one of the following states the latest time and date that Mode 3 must be (have been) entered without violating Tech Spec 3.6.6, Containment Spray and Cooling Systems?

Mode 3 must be (have been) achieved no later than (date) at (time)

REFERENCE PROVIDED REFERENCE DATE TIME A. Aug 09 0200 B. Aug12 Aug 12 0100 C. Aug16 Aug 16 0100 0100 D.

D. Aug16 Aug 16 1900 1900

83. The following

83. The following plant plant conditions conditions existexist on on Unit Unit 2:

2:

AT 1000:

- 100% power.

100% power.

- A Train isis on A Train service.

on service.

2A CCW 2A CCW pump pump isis tagged tagged out out to to investigate investigate aa pump pump trip trip which which occurred 3 hours3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months occurred 3 hours3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months earlier.earlier.

2A Charging 2A Charging pump pump isis in in service.

service.

AT 1010, AT 1010, the the following following event event occurs:

occurs:

- EA3, CHG EA3, CHG PUMP PUMP LUBELUBE OIL OIL TEMP TEMP HI, HI, comes comes into into alarm.

alarm.

- The Radside systems operator The Radside systems operator reports the 2A reports the 2A charging charging pump pump local local temperature temperature is 156°F is 156°F and rising.

and rising.

Which one one of the following of the following states states thethe required actions per required actions per EA3, EA3, CHG CHG PUMP PUMP LUBELUBE OIL OIL TEMP HI, and describes HI, and describes IF IF T.S. 3.0.3 3.0.3 entry is required entry is required perper Tech Spec Spec 3.5.2, 3.5.2, E CCS-Ope rating?

ECCS-Operating?

A.

Immediately stop the 2A charging pump, then start 2B charging pump.

Entry into T.S. 3.0.3 IS required.

B.

B.* Immediately stop the 2A charging pump, then start 2B charging pump.

- Entry into T.S. 3.0.3 is NOT required.

C.

C.** Start 2B charging pump, then stop the 2A charging pump.

- Entry into T.S. 3.0.3 3.0.3 IS IS required.

D.

D.*. Start Start 2B 2B charging pump, pump, thenthen stop stop the the 2A2A charging charging pump.

pump.

- Entry Entry into into T.S.

T.S. 3.0.3 3.0.3 is is NOT NOT required.

required.

84. Given

84. Given the the following following conditions conditions on on Unit Unit 1:

1:

AT 1000:

- ReS subcooling is RCS subcooling is -3 °F.

-3 of.

- RVLlS lights are RVLIS lights ALL red.

are ALL red.

- Containment Containment pressure pressure reached reached 2929 psig psig and and is is decreasing.

decreasing.

- ESP-1.3, ESP-1 .3, Transfer Transfer to to Cold Cold Leg Leg Recirculation, is in Recirculation, is in progress.

progress.

Both and B Both A and B ECCS ECCS Trains have have just been been aligned for cold leg leg recirculation.

recirculation.

RWST RWST level is is 4.3 feet.

- 1A 1A Containment Spray Spray pump discharge discharge flow drops drops to 900 gpm, gpm, jumps to 13001300 gpm, and then begins gpm, and begins falling again.

AT 1005 annunciator CA1, CAl, 1A CS PUMP PUMP OVERLOAD TRIP, comes into alarm.

Which one of the following describes the potential impact, if any, on the Containment Spray design function; and the action required by procedure for this failure?

A. ** Containment Iodine may exceed design limits.

ECP-1 .3, Loss of Emergency Coolant Recirculation Caused by Sump Go to ECP-1.3, Blockage.

B.

B.* Containment Iodine will NOT exceed design limits.

- ECP-1 .3, Loss of Emergency Coolant Recirculation Caused by Sump Go to ECP-1.3, Blockage.

C. .

C.* Containment Iodine may exceed design limits.

- Continue in ESP-1.3, ESP-1 .3, Transfer to Cold Leg Recirculation.

D.

D.* Containment Iodine will NOT exceed design limits.

- Continue in ESP-1 ESP-1.3,.3, Transfer to Cold Leg Recirculation.

85. Unit

85. Unit 11 isis at at 100%

100% power power with with all all control control systems systems inin automatic automatic andand the the following following conditions conditions exist: exist:

A pressurizer pressure A pressurizer pressure transmitter transmitter fails fails resulting resulting in:

in:

RCS pressure RCS pressure isis 2150 2150 psig and lowering psig and lowering 1.÷.

- Both Spray Both Spray valves valves are are CLOSED.

CLOSED.

PCV-444B, PRZR PCV-444B, PRZR PORV PORV isis CLOSED.

CLOSED.

- PCV-445A, PRZR PCV-445A, PRZR PORV PORV isis OPEN.

OPEN.

- All heaters All heaters are energized.

are energized.

The crew The successfully completes crew successfully completes thethe Immediate Immediate Operator Operator Actions Actions required required for for the the instrument failure instrument failure and plant conditions and plant conditions are are stabilized stabilized with with the the unit unit remaining remaining at power.

at power.

Which one Which one of of the the following following states states which which pressure pressure transmitter transmitter that that has has failed failed and and the the OPERABILI TY status of PCV-445A per T.S.

OPERABILITY status of PCV-445A per T.S. 3.4.11, Pressurizer 3.4.11, Pressurizer Power Power Operated Operated Relief Relief (PORVs)?

Valves (PORVs)?

-11L (1) has failed high. PCV-445A -fl.L (2) OPERABLE.

OPERABLE.

(1) (2)

A. PT-444 IS B. PT-444 IS NOT C. PT-445 IS D. PT-.445 PT-445 IS NOT

86. Unit

86. Unit 11 isis inin Mode Mode 5, preparing to 5, preparing enter Mode to enter Mode 44 with with the the following following plant plant conditions:

conditions:

STP-1 6.14, ECCS STP-16.14, ECCS Recirculation Recirculation Fluid Fluid pH pH Control Control System System Verification, Verification, has has just just been completed been completed with with the following results:

the following results:

- 1A

- IA Basket Basket is reported to is reported have broken to have broken mesh, mesh, the the trisodium trisodium phosphate phosphate isis spilling spilling out, and out, and level level isis between between the the MIN MIN and and MAXMAX level level mark.

mark.

- 1lB

- Basket is B Basket reported to is reported have level to have level equal equal toto the the MAX MAX level level mark.

mark.

- 1IC

- Basket level C Basket level is is equal equal to to the the MIN MIN level level mark mark and and thethe TSPTSP is is lumped/caked lumped/caked up. up.

Which one Which one of the following of the following states states the the operability operability status status of of the the ECCS ECCS Recirculation Recirculation Fluid Fluid pH pH Control System per per TS 3.5.6, ECCS Recirculation ECCS Recirculation Fluid Fluid pH pH Control System, and the reason?

reason?

The ECCS Recirculation Fluid pH Control System is (1) ,because

, because the (2)

(1))

(1 (2)

A. Operable volume is sufficient in all three baskets.

B. Operable volume and integrity is sufficient in 2 of 3 baskets.

C. Inoperable integrity of 1 1A A basket is unacceptable and the lumped/caked TSP in the 1 lumped/caked C basket is 1C unacceptable.

unacceptable.

D. Inoperable integrity of ONLY 1 1AA basket is unacceptable.

unacceptable.

87. Unit

87. Unit 11 isis atat 100%

100% power power when when an an air line break air line break results results inin aa High High Penetration Penetration Room Room Pressure Isolation signal Pressure Isolation signal actuation actuation and and the the following following conditions:

conditions:

KD2, INSTRUMENT KD2, INSTRUMENT AIR AIR PRESSURE PRESSURE LO, LO, isis inin alarm.

alarm.

- RCP Seal RCP Seal injection injection flow flow toto RCPs RCPs are are as follows:

as follows:

Fl-130A, 1A

- FI-130A, 1A RCP =

RCP = 13.6 13.6 gpm gpm Fl-127A, 18

- FI-127A, RCP =

lB RCP 13.5 gpm

= 13.5 gpm FI-124A, 1C RCP

- FI-124A, 1C RCP 11.3 gpm

=

= 11.3 gpm

- Avg. PZR Avg. PZR pressure pressure isis 2235 2235 psigpsig and and rising.

rising.

- P1-121, CHG HDR PRESS PI-121, CHG HDR PRESS 2420 psig. =

= 2420 psig.

After repairs, After repairs, the the seal seal injection injection parameters parameters are are stabilized stabilized as as follows:

follows:

- HIK-186, HIK-186, SealSeal WTR WTR Injection, Injection, isis set set to to 25%.

25%.

RCP RCP SealSeal injection injection flow flow to to RCPs RCPs are are asas follows:

follows:

FI-130A, 1A

- FI-130A, 1A RCP 8.5 RCP =

= 8.5 gpmgpm Fl-127A, 18

- FI-127A, RCP == 8.5 lB RCP 8.5 gpmgpm FI-124A, 110

- FI-124A, RCP == 8.3 C RCP 8.3 gpmgpm

- Avg.Avg. PZR PZR pressure pressure is is 2235 2235 psig psig and and stable.

stable.

PI-121, P1-121, CHGCHG HDR HDR PRESS PRESS == 2420 2420 psig.psig.

Given the above conditions, Given conditions, which one of the following states the requirement requirement to adjust adjust seal injection flow, if any, AND the basis for maintaining Seal Injection flow within the limits T.S. 3.5.5, Seal Injection Flow Limits?

Adjustment of the individual RCP seal injection throttle valves (1) required; required:

The seal injection flow HIGH limit of T.S. 3.5.5 is to ensure (2)

REFERENCE PROVIDED REFERENCE (1)

(1 ) (2)

A. IS adequate ECCS EGGS flow is available following aa LOCA. LOGA.

B.

8. IS IS RCP RGP seal integrity integrity is maintained.

C.

G. IS NOT IS NOT RCP RCP sealseal integrity integrity is is maintained.

maintained.

D.

D. IS NOT IS NOT adequate adequate ECCS EGGS flow flow is is available available following following aa LOCA.

LOGA.

88. Given

88. Given the the following:

following:

- Unit 11 isis at Unit at 100%

100% power power with with BB Train Train on on service.

service.

- 1E Service Water pump 1E Service Water pump tripped. tripped.

AE4, SW AE4, SW PUMP in alarm.

TRIPPED, isis in PUMP TRIPPED, alarm.

Which one Which of the one of the following following procedures, procedures, upon upon completion, completion, isis the earliest that the earliest that BB Train Train Service Water can be declared Service Water can be declared OPERABLE?OPERABLE ?

A. ARP-1.1, AE4, A. ARP-1.1, AE4, SWSW Pump Tripped Pump Tripped AOP-10.0, Loss B. AOP-10.0, B. Loss of Service Water of Service Water SOP-24.0, Service C. SOP-24.0, C. Service Water System System D. SOP-36.6, Circuit BreakerBreaker Racking Racking Procedure

89. The

89. The following following plant plant conditions conditions exist exist on on Unit Unit 1:1:

- The The Reactor Reactor was was manually manually tripped tripped from from 100%

100% power power due due to to aa complete complete Loss of Instrument Loss of Instrument Air. Air.

ESP-0.1, Reactor

ESP-O.1, Reactor TripTrip Response, Response, isis inin progress.

progress.

The crew has identified an unisolable

The crew has identified an unisolable rupture downstream of rupture downstream of the the Instrument Instrument Air Dryers.

Air Dryers.

- PZR PZR Level Level isis 64%

64% and and increasing.

increasing.

Which one Which one of of the the following following describes describes the the appropriate appropriate procedural procedural strategy strategy of of controlling PZR controlling PZR level level for for the the given given conditions, conditions, and and the the operability operability per per Tech Tech Spec Spec 3.4.9, Pressurizer?

3.4.9, Pressurizer?

Isolate charging Isolate charging flowflow and and (1)

(1) The Pressurizer

The Pressurizer isis (2)

(2)

A. 1)

A. 1) maintain T Tavg stable as avg stable directed by as directed AOP-6, Loss by AOP-6, Loss of of Instrument Instrument Air,Air, until until repairs repairs are made.

are made.

2) inoperable.

B. 1) cool down as required to restore pressurizer level as directed by AOP-16, AOP-1 6, evesCVCS Malfunction.

2) inoperable.

c.

C. 1) maintain T avg stable as directed by AOP-6, Loss of Instrument Air, until repairs Tavg are made.

2) operable.

D. 1)

1) cool down as required to restore pressurizer level as directed directed by AOP-1 AOP-16, evcs 6, CVCS Malfunction.

Malfu nction.

2)

2) operable.

operable.

90. The following

90. The following plant conditions exist:

plant conditions exist:

- The The Motor Motor Driven Driven Fire Fire pump pump (MDFP)

(MDFP) was was started started remotely remotely per per SOP-61.0, SOP-61 .0, Fire Protection-Fire Protection- Pump Pump House House andand Yard Yard Main, Main, for for annual annual valve valve cycle testing in cycle testing in the Unit the Unit 22 Auxiliary Auxiliary Building.

Building.

- MH3, MH3, FIREFIRE PROTPROT SYS SYS TRBL, TRBL, isis in in alarm alarm due due toto the the MDFP MDFP supply supply breaker breaker tripping open.

tripping open.

Which one Which one of of the following states the following states the the status status ofof the the amber amber light light on on the the MDFP, MDFP, N1P43P003, MOB handswitch, AND N1 P43P003, MCB handswitch, AND the minimum the minimum Fire Fire Pump Pump requirements requirements for for operability of operability of the the Fire Suppression Water Fire Suppression Water System?

System?

The MDFP control The MDFP control switch switch amber amber light light will will be be (1)

(1)

Fire Suppression The Fire Suppression Water System System is is considered considered operable operable when when aa minimum minimum of (2) (2) Fire Pumps Fire Pumps are operable.

A. 11)) LIT.

2) Two B. 11)) LIT.

2) Three C. 11)) NOTLit NOT Lit

2) Two D. 1)

1) NOT Lit.

2) Three

91. Unit

91. Unit 11 isis inin ModeMode 4.4.

At 0500 At 0500 LCV-115B,LCV-1 15B, RWST RWST TO TO CHGCHG PUMP,PUMP, waswas manually manually checked checked closed closed using using the the local handwheel local handwheel to to isolate isolate thethe 1A1A Chg Chg Pump Pump onon an an outage outage tagout.

tagout.

At 1900 the At 1900 the work work isis complete complete and and the the following following conditions conditions exist:

exist:

The 1A The 1A ChgChg Pump Pump has has been been filled, filled, vented, vented, and and tagged tagged in.in.

- The tagout The tagout has has restored restored powerpower to to LCV-115B LCV-1 15B and and the the GREEN GREEN valvevalve position light is position light is lit. lit.

Which one Which one of of the the following following correctly correctly states states the the OPERABILITY OPERABILITY of of LCV-115B, LCV-1 1 5B, and the and the requirements, requirements, ifif any, any, for for returning returning LCV-115B LCV-115B to to service service asas stated stated in in SOP-O.O, General Instructions to SOP-O.O, General Instructions to Operations Personnel? Operations Personnel?

LCV-1 1 5B is A. ** LCV-115B is NOT NOT OPERABLE.

OPERABLE.

The valve should be be electrically stroked one full cycle to demonstrate operability prior to return to service.

B..** LCV-115B is NOT OPERABLE.

B OPERABLE.

The valve should be time stroked in the open direction to demonstrate operability prior to return to service.

LCV-1 I 5B is OPERABLE.

C. ** LCV-115B OPERABLE.

- No additional testing is required.

D..* LCV-115B is OPERABLE D OPERABLE..

- The valve should be electrically stroked one full cycle to clear the Administrati Administrative ve LCO on the MOV.

L -

92. Unit

92. Unit 11 isis at at 100% power, and 100% power, and the the following following conditions conditions exist:

exist:

- Chemistry discovers Chemistry discovers andand reports reports that that Surveillance Surveillance Requirement Requirement 3.5.1.4, 3.5.1.4, the the safety injection accumulator boron safety injection accumulator boron concentration concentration verification, verification, which which isis required required at aa frequency at frequency of of 31 31 days, days, hashas been been missed missed forfor the the 110 C 81 SI ACCUM.

ACCUM.

The last 10 SI ACCUM The last 1C SI ACCUM boron boron sample sample result result was was 2260 2260 ppm ppm 45 45 days days ago.

ago.

The 110 The Accumulator level C Accumulator level has has risen risen 3%

3% since since thethe last last sample sample but but no no fill fill evolution has occurred.

evolution has occurred.

Which one Which one of of the the following following states states whether whether oror not not the the 110 Accumulator is C Accumulator is OPERABLE OPERABLE and the and reason?

the reason?

The 1iCAccumula The C Accumulator toris is (1)

(1) because because (2)

(2)

(1))

(1 (2)

(2)

A. OPERABLE OPERABLE the delay the delay period period ofof SR SR 3.0.3 may may be be applied applied for up up to to 31 days.

31 days.

B. OPERABLE the delay period of 8R SR 3.0.3 may be applied for only the next 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months .

C. INOPERABLE INOPERABLE the surveillance frequency has been missed.

D. INOPERABLE INOPERABLE the boron concentration is unknown.

93. The

93. The following following plant plant conditions conditions existexist onon Unit Unit 1:1:

- AA gaseous gaseous waste waste release release isis inin progress progress lAW lAW aa gas gas waste waste permit permit and and SOP-51.1, SOP-51 .1, Waste Gas System Gas Waste Gas System Gas Decay Tank Decay Tank Release.

Release.

- The power The power supply supply to R-14, Plant to R-14, Plant Vent Vent Gas Gas Monitor, Monitor, fails.

fails.

- The following alarms have The following alarms have come in: come in:

- FH1, RMS FH1, RMS HI-RAD.

HI-RAD.

- FH2, RMS FH2, RMS CH CH FAILURE.

FAILURE.

Which one Which one ofof the the following following isis the the required required action, action, and and is is aa complete complete list list of of personnel personnel required to required to be be notified notified per per FH FH1,1, FH2,FH2, and and SOP-51.1?

SOP-51.1?

HCV-14, Waste HCV-14, Waste Gas Gas Release Release Valve,Valve, will will bebe verified verified closed-.U.L closed (1)

Notify the Notify the Shift Shift Supervisor, Supervisor, ~ (2)

1) immediately A. 1) immediately from the MCB.

2) Chemistry, Health Physics, and I&C personnel.

B. 1) by the Radside SO at the Waste Gas Panel.

2) Chemistry, Health Physics, and I&C personnel.

C. 1) immediately from the MCB.

2) and the shift radiochemist ONLY.

D. 1) by the Radside SO at the Waste Gas Panel.

2) and the shift radiochemist ONLY.

94. Unit

94. Unit 11 isis at at 25% power. AA Unit 25% power. Unit 11 containment containment entry entry isis planned planned forfor maintenance maintenance on on the the Moveable Incore Detector System Moveable Incore Detector System (MIDS). (MIDS). Containment Containment entry entry will will be be through through the the Emergency Air Emergency Air Lock.

Lock.

lAW AP-42, lAW AP-42, AccessAccess Control, Control, which which oneone of of the the following following states states the the positions positions that that must must approve:

approve:

(1) removal (1) removal of of the locking device the locking device from from the the MIDS MIDS power power switch, switch, AND AND (2) entry using (2) entry using thethe emergency emergency personnel personnel airlock?

airlock?

((1)

1) (2)

(2)

A. Shift Supervisor Supervisor Shift Manager Shift Manager B.

B. Shift Supervisor Shift Supervisor Operations Manager Manager Health Physics Supervisor C. Health Shift Manager D. Health Physics Supervisor Operations Manager

95. Which

95. Which one one of the following of the following isis correct correct with with respect respect to Tech Spec to Tech Spec 3.3.1 3.3.1 Bases Bases and and the the Final Final Safety Analysis Report Safety Analysis Report (FSAR)

(FSAR) forfor the the following following RPSRPS Reactor Reactor Trips:

Trips:

- Power Range Power Range Neutron Neutron FluxFlux High High Trip.

Trip.

- Turbine Trip.

Turbine Trip.

The Power The Power RangeRange Neutron Neutron Flux Flux High Trip --1..1L High Trip designed to (1) designed to protect protect against against aa boron dilution boron dilution event. event.

The Turbine The Turbine TripTrip /I Rx (>P-9) -.fl.L Trip (>P-9)

Rx Trip relied upon (2) relied upon in in the the FSAR FSAR forfor RCS RCS integrity integrity protection.

protection.

(1) (2)

A.

A. IS IS IS IS B. ISIS IS NOT IS C. IS NOT IS IS IS D. IS NOT IS NOT

96. The

96. The following following conditions conditions exist on Unit exist on Unit 1:

1:

- AA Main Main Steam header rupture Steam header rupture occurred occurred inin the the Turbine Turbine Building Building 35 35 minutes minutes ago ago while at 100% power.

while at 100% power.

The MSIVs could The MSIVs could not not be be closed closed from from the the MCB.

MCB.

- SI termination using ECP-2.i, Uncontrolled Depressurization SI termination using ECP-2.1, Uncontrolled Depressurization of of All All Steam Steam Generators, isis in Generators, in progress.

progress.

Concurrently with Concurrently with securing securing the first charging the first charging pump, pump, airair isis bled bled from from 1A 1A MSIV MSIV accumulator using SOP-i 7, Main accumulator using SOP-17, Main and Reheat Steam,and Reheat Steam, andand the the 1A 1A SG SG pressure pressure begins begins to rise.

to rise.

- Pressurizer Level Pressurizer Level isis 15%.

15%.

RCS Pressure RCS Pressure isis 1880 1880 psig.

psig.

- Subcooling Margin Subcooling Margin Monitor Monitor indicates indicates 186°F 186°F and and increasing.

increasing.

- T COLD are TCOLD are 418°F 418°F andand decreasing.

decreasing.

T HOT is 423°F and THOT and decreasing.

SG water levels, SG levels, pressures pressures and,and, AFW flows are as as follows:

AFW FLOW FLOW WR LEVEL PRESS (throttled)

- 1A SG 23%

23%r 305 psig r 20 gpm

- 1 B SG 1B SC 11% i 11%1 295 psig 1 20 gpm

- 1C SG SC 12%+

12%1 290 psig 1i 20 gpm Which one of the following describes the required procedure transition from ECP-2.1?

A. Immediately transition to EEP-2, Faulted Steam Generator Isolation.

B. Immediately transition to FRP-H.1, Response to Loss of Secondary Heat Sink.

C. Remain in ECP-2.1 until SI is terminated, then transition to EEP-2, Faulted Steam Generator Isolation.

D. Remain in ECP-2.1 until SI is terminated, then transition to FRP-H.1, FRP-H.1, Response to Loss of Secondary Heat Heat Sink.

-- - ----- ~~---- ~- --- -~-

97. Unit

97. Unit 11 isis atat 18,000 18,000 MWD/MTU MWD/MTU and and has has experienced experienced aa small small break break LOCA.

LOCA.

At 11 At 11:00,

00, the following conditions the following conditions exist: exist:

- ESP-1.2, ESP-1 .2, Post Post LOCA LOCA Cooldown Cooldown and and Depressurization, Depressurization, isis inin progress.

progress.

- AA cooldown cooldown using using the the SGSG Atmospheric Atmospheric Relief Relief Valves Valves hashas been been started.

started.

TheThe RCS RCS temperature temperature has has been been as as follows:

follows:

r TE?vfP TIME TEMPCF)eF) 10:00 10:00 535 535 10:30 10:30 485 485 11:00 11:00 440 440

- The current The current RCS RCS boron boron concentration concentration isis 600 600 ppm.ppm.

- The Cold Shutdown boron concentration The Cold Shutdown boron concentration isis 800 800 ppm.

ppm.

- The required The required boron boron concentration concentration for for the current temperature the current temperature isis 578 578 ppm.

ppm.

Which one Which one of of the the following following describes describes the the status status of of the the cooldown cooldown raterate AND AND whether whether or or not the not the Shutdown Shutdown Margin Margin requirements requirements are are met met to to continue continue the cooldown the cooldown lAWlAW ES P-i .2?

ESP-1.2?

The allowable The allowable cooldown cooldown raterate (1)}

(1 been exceeded.

been exceeded.

The cooldown (2)

(2} continue.

(1) (2)

A.

A. has may B.

B. has may NOT C.

C. has NOT may D.

D. has NOT may NOT

98. Unit 11 isis performing

98. Unit performing aa natural natural circulation cculation cooldown cooldown inin accordance accordance with with ESP-0.2, ESP-0.2, Natural Natural Circulation Circulation Cool Cooldown down to to Prevent Prevent Reactor Reactor Vessel Vessel Head Head Steam Steam Voiding.

Voiding. The The following following conditions exist:

conditions exist:

RCS cold RCS cold leg leg isis 525°F.

525°F.

- RCS pressure RCS pressure is 1900 is 1900 psig.

psig.

- 1A and 1A and 1lB CRDM fans B CRDM fans are are running.

running.

- RCPs 1A, 1B, and 1C RCPs 1A, 1B, and 1C are tripped and are tripped and cannot cannot bebe restarted.

restarted.

- CST level CST level isis 10.0 10.0 ft.ft.

- AFW flow AFW flow isis 350 350 gpmgpm

- RCS cooldown RCS cooldown rate rate isis 5°F/hr.

5°F/hr.

PZR level PZR is stable level is stable at at 25%.

25%.

- RVLIS is RVLlS is not not available.

available.

Which one one of of the the following following is is the the correct correct response response lAWlAW ESP-0.2 ESP-0.2 and and the the maximum maximum permitted cooldown permitted cooldown rate rate toto lower lower TTCOLD to 500° COLD to F?

500° F?

REFERENCE PROVIDED REFERENCE PROVIDED Procedure names are as follows:

ESP-0.2, Natural Circulation Cool Cooldown down to Prevent Reactor Vessel Head Steam Voiding ESP-0.4, Natural Circulation Cooldown With Allowance For Reactor Vessel ESP-O.4, Head Steam Voiding (Without RVLlS) RVLIS)

A. ** Continue with ESP-0.2.

- The maximum cooldown rate is <50°F/hr.

B..* Continue with ESP-0.2.

B

- The maximum cooldown rate is 100°F in any 60 minute period.

C. .* Transition to ESP-0.4. ESP-O.4.

- The maximum cooldown rate is <50°F/hr.

D.

Transition to ESP-0.4. ESP-O.4.

- The maximum maximum cooldown rate is is 100°F 100°F in any 60 in any 60 minute minute period.

period.

99. The

99. The following following sequence sequence of of events events occur on Unit occur on Unit 1:

1:

10:00:

At 10:00:

At

- EEP-1 .0, Loss EEP-1.0, Loss of of Reactor Reactor or or Secondary Secondary Coolant, Coolant, isis inin progress.

progress.

MOV-8706B MOV-8706B, 1B RHR HX, 1 B RHR HX to to CHG Pump Suct, CHG Pump Suct, isis discovered discovered withwith no no indicating indicating lights lit.

lights lit.

SI RESET SI RESET push pushbuttons buttons forfor both both A A and and BB trains trains were were depressed depressed withwith the the following results:

following results:

- MLB-1 MLB-1 1-1 1-1 is LIT.

is LIT.

- MLB-1 MLB-1 11-1 11-1 is is NOT NOT LIT.LIT.

10:15:

At 10:15:

At

- 1iF 4160V Bus F 4160V Bus is is de-energized de-energized and and the the 1-2A 1-2A DGDG starts starts but but fails fails to to load.

load.

RWST level RWST level is 13 ft. is 13 ft.

AT 10:45:

The crew has begun cooldown using ECP-1.1, Loss of Emergency Coolant Recirculation.

Recirculation.

The TSC has restored power to MOV-8706B. MOV-8706B.

RWST level is 4.5 ft.

Which one of the following describes:

1) the actions required to RESET SI at 10:00 AND

2) the actions required for the RWST level at 10:45?

A. 1)S821

1) S821 RESET switch must be placed in the RESET position.

2) Align for normal charging from the RWST, using ECP-1.1, Loss of Emergency Coolant Recirculation Recirculation..

B.

B. 1)S821

1) S821 RESET switch switch must must be placed in in the RESET position.

position.

2)

2) Align for cold leg leg recirculation usingusing ESP-1 ESP-1.3, .3, Transfer to to Cold Cold Leg Leg Recirculation Recirculation..

C. 1)

C. 1) ESS ESS STOP STOP RESET RESET pushbutton pushbutton on on the the Sequencer Sequencer panel panel must must bebe depressed.

depressed.

2)

2) Align Align for for normal normal charging charging from from the the RWST, RWST, using using ECP-1 ECP-1.1, Loss of

.1, Loss of Emergency Emergency Coolant Coolant Recirculation Recirculation..

D. 1)

D. 1) ESS ESS STOP STOP RESET RESET pushbutton pushbutton on on the the Sequencer Sequencer panel panel must must bebe depressed.

depressed.

2)

2) Align Align for for cold leg recirculation cold leg recirculation using using ESP-1 ESP-1.3, .3, Transfer Transfer to to Cold Cold Leg Leg Recirculation Recirculation..

~ ~--- ---------- - --~---

100. The 100. The following following plant conditions exist plant conditions exist on Unit 11 following on Unit following aa Large Large Break Break LOCA:

LOCA:

- All automatic All automatic functions functions operated operated per per design.

design.

- Containment Containment pressurepressure peaked peaked at at 3333 psig psig and and isis now now 18 18 psig.

psig.

RWST level RWST level indicates indicates 12 feet 55 inches.

12 feet inches.

- ESP-1 .3, Transfer ESP-1.3, Transfer to Cold Leg to Cold Leg Recirculation, Recirculation, has has been been implemented; implemented; the the crew crew has NOT yet has NOT begun to yet begun align ECCS to align ECCS for for Cold Cold Leg Leg Recirculation.

Recirculation.

- The indications for The indications for containment containment sump sump level are as level are as follows:

follows:

Ll-3594A,

- LI-3594A, CTMT

- CTMT SUMP SUMP LVL, LVL, is is reading reading 8.28.2 feet.

feet.

- LR-3594B, POST

- LR-3594B, ACCIDENT CTMT POST ACCIDENT CTMT WTR WTR LVL, LVL, isis reading reading 8.2 8.2 feet.

feet.

Which one Which one of of the the following following is is the the correct correct procedural procedural flow flow path path for for the the event event in in progress progress AND the concern concern with this containment containment sump sump level?

level?

ESP-1.3 actions, implement FRP-Z.2, Response A.

Stop ESP-1.3 Response to CTMT Flooding,Flooding, and then continue in ESP-1.3.ESP-1 .3.

Damage to vital systems or components due to submersion.

B. *. Continue in ESP-1.3 ESP-1 .3 until step 7, Align ECCS for cold leg recirculation, recirculation, is complete, then implement FRP-Z.2, Response to Containment Flooding.

Damage to vital systems or components due to submersion.

C. *. Continue in ESP-1.3ESP-1 .3 until step 7, Align ECCS for cold leg recirculation, recirculation, is complete, then implement FRP-Z.2, Response to Containment Flooding.

- Damage to containment structure due to lateral forces on walls.

D.

Stop ESP-1ESP-1.3 .3 actions, implement FRP-Z.2, Response to CTMT Flooding, and then continue in ESP-1.3.

ESP-1 .3.

- Damage to containment structure due to lateral forces on walls.

L

SRO REFERENCES SRO REFERENCES Document Document Title Title Pages Pages FNP-O-EIP-9.2 Figure FNP-O-EIP-9.2 Figure 11 Fission Product Fission Product Barrier Barrier Evaluation Evaluation Figure 1,1. pg Figure pg 99 Modes 1,2,3 Modes I ,2,3 and and 44 (1

(1 page) page)

Tech Spec Tech Spec 3.3.1 3.3.1 (partial)

(partial) RTS Instrumentation RTS Instrumentation 3.3.1-2 3.3.1-2 (partial)

(partial) 3.3.1-3 3.3.1-3 (partial)

(partial)

(2 pages)

Tech Spec TABLE 3.3.1 Instrumentation Reactor Trip System Instrumentation 3.3.1-14 (partial)

(partial)

(1 (I page)

Tech Spec 3.6.6 Containment Spray and Cooling Systems 3.6.6-1 3.6.6-I through 3.6.6-2 (2 pages)

Tech Spec 3.5.5 3.5.5 Seal Injection flow 3.5.5-1 through 3.5.5-1 through 3.5.5-3 3.5.5-3 (3 pages)

(3 pages)

ESP-O.2 ESP-O.2 Attachment 33 Calculation Calculation for Adequate Adequate Available Available CST CST Attachment 33 Attachment Inventory Inventory (1 page)

(1 page)

ITEM STATISTICS REPORT for RO exam from SRO SCORES RO combined Test form: 0 T est version: 0 Test Overall Omits A (True) B (False) C D Item Admins Type p Pts Avg E.T. rpb 001AK2.0611 OOIAK2.06 1 66 0o 0o 0o 0o 6 Mes MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 79.11 001K2.02 11 2 6 0 1 0 5 0 MeS MCS 0.83 0.00 0.17 0.00 0.83 0.00 1.00 79.11 0.00 76.00 0.00 79.73 0.00

- +0.332 - -0.332 - +0.332 -

003A2.031 003A2.03 I 3 6 0 6 0 0 0 MeS MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00 00402.4.21 0O4G2.4.21 11 4 6 0 0 0 1 5 MeS MCS 0.83 0.00 0.00 0.00 0.17 0.83 1.00 79.11 0.00 0.00 0.00 76.00 79.73

- +0.332 - - - -0.332 +0.332 004K1.04 004K1,04 11 5 6 0 6 0 0 0 MeS MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00 005A1.071 005A1.07 I 6 6 0 3 1 2 0 Mes MCS 0.50 0.00 0.50 0.17 0.33 0.00 1.00 79.11 0.00 80.44 76.00 78.67 0.00

- +0.318 - +0.318 -0.332 -0.075 -

Tuesday, April Tuesday, April 13, 13, 20104:41:55 2010 4:41 :55 PM PM 1

ITEM STATISTICS REPORT ITEM STATISTICS REPORT for RORO exam from SRO exam from SRO SCORESSCORES RO RO combined combined OveraU Overall Omit~ _~J~r1!etlJ.{~~!~~

Omits A (True) B (False) t ______ Cc D D

Item Item Admins Admins Type Type pp Pts Pts Avg Avg E.T.

E.T. rpb rpb 005K4.031I 005K4.03 77 66 00 22 00 00 44 MCS MCS 0.67 0.67 0.00 0.00 0.33 0.33 0.00 0.00 0.00 0.00 0.67 0.67 1.00 1.00 79.11 79.11 0.00 0.00 74.00 74.00 0.00 0.00 0.00 0.00 81.67 81.67

- +0.862 - -0.862

-0.862 - - +0.862 006K6.13 11 006K6.13 88 66 00 1 0 55 00 MCS MCS 0.83 0.83 0.00 0.00 0.17 0.17 0.00 0.00 0.83 0.83 0.00 0.00 1.00 1.00 79.11 0.00 81.33 0.00 78.67 0.00

- -0.237 - +0.237 - -0.237 -

007A3.01 1I 9 6 0 0 0 0 6 MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 79.11 007EK2.02 II 10 6 0 I1 1 I1 3 MCS 0.50 0.00 0.17 0.17 0.17 0.50 1.00 79.11 0.00 80.00 76.00 72.00 82.22

+0.742 - +0.095 -0.332 -0.758 +0.742 008AA2.26 I 11 6 0 0 0 0 6 MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 79.11 008K3.01 11 12 6 0 0 3 3 0 MCS 0.50 0.00 0.00 0.50 0.50 0.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 77.78 80.44 80.44 0.00

-0.318

-0.318 - - -0.318

-0.318 +0.318 008K4.091 008K4.09 I 13 13 66 00 66 00 00 00 MCS MCS 1.00 1.00 0.00 0.00 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 Tuesday, Tuesday, April April 13, 13, 20104:41 2010 4:41 :55:55 PM PM 22

ITEM STATISTIC ITEM STATISTICS S REPORT REPORT for RO exam for RO exam from from ' __ '

SRO SRO

__ '""T __ '_

SCORES SCORES

. _.++-

RO combined RO combined Overall Overall Omits~(!I'~~)

Omits A (True) BlIJ!als.t!L (False) _____~ CC DD Item Item Admins Admins Type Type pp Pts Pts Avg Avg E.T.

E.T. rpb rpb 009EG2.1.23 I1 009EG2.1.23 14 14 66 00 1 00 00 55 MeS MCS 0.83 0.83 0.00 0.00 0.17 0.17 0.00 0.00 0.00 0.00 0.83 0.83 1.00 1.00 79.11 79.11 0.00 0.00 72.00 72.00 0.00 0.00 0.00 0.00 80.53 80.53

+0.758

+0.758 - -0.758

-0.758 - - +0.758

+0.758 010K1.03 11 010K1.03 15 15 66 00 55 1 00 00 MeS MCS 0.83 0.83 0.00 0.00 0.83 0.83 0.17 0.17 0.00 0.00 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 80.53 80.53 72.00 72.00 0.00 0.00 0.00 0.00

+0.758

+0.758 - +0.758

+0.758 -0.758

-0.758 - -

011K 5.05 011K 5.05 11 16 16 6 00 0 00 66 0 MeS MCS 1.00 0.00 0.00 0.00 1.00 1.00 0.00 1.00 79.11 0.00 0.00 0.00 79.11 0.00 012K2.01 11 17 6 o0 6 o0 o0 o0 MeS MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00 012K6.031 012K6.03 1 18 6 o0 6 o0 o0 o0 MeS MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 1.00 79.11 0.00 79.11 79.11 0.00 0.00 0.00 013K2.012 013K2.01 2 19 19 66 00 2 2 1 1 MeS MCS 0.33 0.33 0.00 0.00 0.33 0.33 0.33 0.33 0.17 0.17 0.17 0.17 1.00 1.00 79.11 79.11 0.00 0.00 76.67 76.67 78.00 78.00 85.33 85.33 80.00 80.00

-0.187

-0.187 - -0.412

-0.412 -0.187

-0.187 +0.664

+0.664 +0.095

+0.095 013K5.01 013K5.01 II 20 20 66 00 33 1 22 00 MeS MCS 0.50 0.50 0.00 0.00 0.50 0.50 0.17 0.17 0.33 0.33 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 80.44 80.44 81.33 81.33 76.00 76.00 0.00 0.00

+0.318

+0.318 - +0.318

+0.318 +0.237

+0.237 -0.525

-0.525 -

Tuesday, Tuesday, April AprH 13, 13, 20104:41:55 2010 4:41:55 PM PM 33

ITEM STATISTIC ITEM STATISTICS S REPORT REPORT for RO for RO exam exam from from SRO SRO -- SCORES SCORES RO combined RO combined Overall Overall Omits AA(True)

Omits B (False) _______C~

(!Eue)~_ilfa!~_el DD Item Item Admins Admins Type Type pp Pts Pts Avg Avg E.T.

E.T. rpb rpb 015AK2.10 II 015AK2.10 21 21 66 0o 0o 55 0o 1 MeS MCS 0.83 0.83 0.00 0.00 0.00 0.00 0.83 0.83 0.00 0.00 0.17 0.17 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 78.67 78.67 0.00 0.00 81.33 81.33

-0.237

-0.237 - - -0.237

-0.237 - +0.237

+0.237 022AI.OI II 022A1.01 22 22 66 0o 0o 0o 66 0o MeS MCS 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 79.11 79.11 0.00 0.00 022AK3.06 022AK3.06 1I 23 23 66 00 1 22 33 00 MeS MCS 0.33 0.00 0.17 0.33 0.33 0.50 0.50 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 85.33 85.33 76.00 79.11 79.11 0.00 0.00

- -0.525 -

+0.664

+0.664 -0.525 +0.000 -

026AAI.OI 026AA1.01 1I 24 6 0 0 6 0 0 MeS MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.11 0.00 0.00 79.11 0.00 0.00 026Kl.OI 026K1.01 11 25 6 0 4 0 1 11 MeS MCS 0.17 0.00 0.67 0.00 0.17 0.17 1.00 1.00 79.11 0.00 79.33 0.00 72.00 85.33

+0.664

+0.664 -

+0.075 - -0.758 +0.664 027AKI.02 027AK1.02 11 26 26 66 00 00 00 22 44 MeS MCS 0.67 0.67 0.00 0.00 0.00 0.00 0.00 0.00 0.33 0.33 0.67 0.67 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 78.00 78.00 79.67 79.67

+0.187

+0.187 - - - -0.187

-0.187 +0.187

+0.187 027Kl.OI 027K1.01 11 27 27 66 00 00 00 66 00 MeS MCS 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 79.11 79.11 0.00 0.00 Tuesday, Tuesday, April April13, 13, 20104:41 2010 4:41:55 :55 PM PM 44

ITEM STATISTIC ITEM STATISTICS S REPORT REPORT for RO exam for RO exam fromfrom SRO SRO SCORES SCORES RO RO combined combined Overall Overall Omits~"('!!le)

Omits A (True) ~!I(Fa!se.L~

B (False) ______C ~<: DD Item item Admins Admins Type Type pP Pts Pts Avg Avg E.T.

E.T. rpb rpb 029EA1.061 029EA 1.06 1 28 28 66 00 00 66 00 00 MeS MCS 1.00 1.00 0.00 0.00 0.00 0.00 1.00 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 79.11 79.11 0.00 0.00 0.00 0.00 032AK3.0211 032AK3.02 29 29 66 00 00 00 1 55 MeS MCS 0.83 0.83 0.00 0.00 0.00 0.00 0.00 0.00 0.17 0,17 0.83 0.83 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 72.00 72.00 80.53 80.53

+0.758

+0.758 - - - -0.758

-0.758 +0.758

+0.758 035K3.0255 035K3.02 30 30 66 0 1 1 33 11 MeS MCS 0.17 0.00 0.17 0.17 0.50 0.17 1.00 1.00 79.11 0.00 80.00 81.33 80.44 72.00

- -0.758 - +0.095 +0.237 +0.318 -0.758 037AA2.0811 037AA2.08 31 31 6 0 33 2 1 0 MeS MCS 0.33 0.00 0.50 0.33 0.17 0.00 1.00 1.00 79.11 0.00 81.78 78.67 72.00 0.00

-0.075 -

+0.636 -0.075 -0.758 -

038EA2.071 038EA2.07 1 32 32 6 0 5 0 1 0 MeS MCS 0.83 0.00 0.83 0.00 0.17 0.00 1.00 1.00 79.11 0.00 78.93 0.00 0.00 80.00 80.00 0.00 0.00

-0.095

-0.095 -

-0.095

-0.095 - +0.095

+0.095 -

039K4.051 039K4.05 1 33 33 66 00 00 00 00 66 MeS MCS 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 79.11 79.11 04IK4.14 041K4.14 I1 34 34 66 o0 o0 00 4 4 22 MeS MCS 0.67 0.67 0.00 0.00 0.00 0.00 0.00 0.00 0.67 0.67 0.33 0.33 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 80.33 80.33 76.67 76.67

+0.412

+0.412 - - - +0.412 0.412 -0.412

-0.412 Tuesday, Tuesday, April April 13, 13, 20104:41:55 2010 4:41 :55 PM PM 55

ITEM STATISTICS REPORT

.- -.~

for RO exam from - SRO SCORES RO - ... ~- .~

combined Overall Omits A cr"!~L!JJ!als~L A (True) B (False) __ C C ~-.-

D-,~~~-.~-.~---. ~- ----+- --~--.-".-~--,--"-- ." ~

Item Admlns Admins Type p Pts Avg E.T. rpb 045Al.05 1I 045A1.05 35 6 0 5 1 0 0 MeS MCS 0.83 0.00 0.83 0.17 0.00 0.00 1.00 79.11 0.00 79.73 76.00 0.00 0.00

- +0.332 - +0.332 -0.332 - -

O51AA1.04 051AA1.0411 36 6 0 0 6 0 0 MeS MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.11 0.00 0.00 79.11 0.00 0.00 054AG2.1.7 11 054A02.1.7 37 6 0 5 0 1 0 MeS MCS 0.83 0.00 0.83 0,00 0.00 0.17 0.00 1.00 79.11 0.00 78.93 0.00 80.00 0.00

-0.095 - -0.095 - +0.095 -

055EK3.02 I 055EK3.021 38 6 0 0 6 0 0 MeS MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.11 0.00 0.00 79.11 0.00 0.00 057 A02.4.49 11 057AG2.4.49 39 6 0 0 11 5 0 MeS MCS 0.83 0.00 0.00 0.17 0.83 0.00 1.00 79.11 0.00 0.00 81.33 78.67 0.00

-0.237 +0.237 -0.237 -

059A2.04 11 40 6 0 33 0 1 2 Mes MCS 0.33 0.00 0.50 0.00 0.17 0.33 1.00 79.11 0.00 79.11 0.00 80.00 78.67

-0.075 - +0.000 - +0.095 -0.075 059G2.1.19 11 05902.1.19 41 6 0 0 0 5 1 MeS MCS 0.83 0.00 0.00 0.00 0.83 0.17 1.00 79.11 0.00 0.00 0.00 80.53 72.00

+0.758 - +0.758 -0.758 2010 4:41:55 PM Tuesday, April 13, 20104:41:55 6

ITEM STATISTICS REPORT for RO exam from SRO SCORES RO combined 1\ ('!!l1~L~

Qmlts ...A Overall ____Omits Overall {F.'~s~L_c_.

(True) B (False) c C D D

Item Admins Type pp Pts Avg E.T. rpb rpb 061G2.2.37 11 42 6 0 00 0 0 66 MCS 1.00 1.00 0.00 0.00 0.00 0.00 1.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 79.11 062A1.01 11 ,

43 66 0 1 44 1 0 hl'decf lQL.u MCS 1.00 0.67 79.11 0.00 0.00 0.17 80.00 0.67 77.33 0.17 85.33 0.00 0.00 rils.t - XOv tfO)N\ QoP'\M~1t

-0.600 - +0.095 -0.600 +0.664

.~--------~~.~~-"-.---"----

063A3.01 11 44 6 0 1 0 1 4 MCS 0.67 0.00 0.17 0.00 0.17 0.67 1.00 79.11 0.00 81.33 0.00 80.00 78.33

-0.262 - +0.237 - +0.095 -0.262 064A4.03 1I 45 6 0 0 1 0 5 5

MCS 0.83 0.00 0.00 0.17 0.00 0.83 1.00 79.11 0.00 0.00 80.00 0.00 78.93

-0.095 -

- +0.095 - -0.095 065AIG.041 065AK3.04 1 46 6 0 0 6 0 0 MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.11 0.00 0.00 79.11 0.00 0.00 068K6.10 11 47 6 0 0 5 1 0 MCS 0.83 0.00 0.00 0.83 0.17 0.00 1.00 79.11 0.00 0.00 80.53 72.00 0.00

- +0.758 - - +0.758 -0.758 -

069AA2.01 1I 48 6 0 0 6 0 0 MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.11 0.00 0.00 79.11 0,00 0.00 0.00 Tuesday, April 13, :55 PM 2010 4:41:55 13, 20104:41 7

ITEM STATISTICS REPORT ITEM STATISTICS REPORT for RO for RO exam exam fromfrom SRO SRO SCORES SCORES RO RO combined combined Overall Overall Omits. A~C!

Omits ..~e)_~Qi'a!s~).

(True) B (False) __ .. _c __ C C D D

Item Item Admins Admins Type Type pp Pts Pts Avg Avg E.T.

E.T. rpb rpb 071A4.01 11 071A4.01 49 49 66 00 33 33 00 00 MCS MCS 0.50 0.50 0.00 0.00 0.50 0.50 0.50 0.50 0.00 0.00 0.00 0.00 1.00 1.00 79.11 79.11 0.00 0.00 78.67 78.67 79.56 79.56 0.00 0.00 0.00 0.00

- -0.106 - -0.106 +0.106 - -

072G2.1.27 11 50 50 66 00 55 1 00 00 MCS 0.83 0.00 0.83 0.17 0.00 0.00 1.00 79.11 0.00 77.87 85.33 0.00 0.00

- -0.664 - -0.664 +0.664 - -

073K.3.01 11 073K3.01 51 6 0 0 1 0 5 MCS 0.83 0.00 0.00 0.17 0.00 0.83 1.00 79.11 0.00 0.00 80.00 0.00 78.93

- -0.095 - - +0.095 - -0.095 074EA1.281 074EA1.28 1 52 6 0 0 5 0 1 MCS 0.83 0.00 0.00 0.83 0.00 0.17 1.00 79.11 0.00 0.00 80.53 0.00 72.00

+0.758 - - +0.758 - -0.758 075A2.031 075A2.03 I 53 6 0 2 1 0 3 MCS 0.50 0.00 0.33 0.17 0.00 0.50 1.00 79.11 0.00 80.00 72.00 0.00 80.89

+0.424 - +0.150 -0.758 - +0.424 076A3.021 076A3.02 1 54 6 0 0 0 1 5 MCS 0.83 0.83 0.00 0.00 0.00 0.00 0.00 0.00 0.17 0.17 0.83 0.83 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 0.00 0.00 72.00 72.00 80.53 80.53

+0.758 - - - -0.758 +0.758

+0.758 077AA1.021 077AA1.02 1 55 55 66 00 00 33 00 33 MCS MCS 0.50 0.50 0.00 0.00 0.00 0.00 0.50 0.50 0.00 0.00 0.50 0.50 1.00 1.00 79.11 79.11 0.00 0.00 0.00 0.00 79.11 79.11 0.00 0.00 79.11 79.1l

+0.000

+0.000 - - +0.000

+0.000 - +0.000

+0.000 Tuesday, Tuesday, April AprU 13, 13, 20104:41 2010 4:41 :56:56 PM PM 88

ITEM STATISTICS REPORT

._ .. for RO exam from SRO SCORES RO combined Overall Om!!~_A Omits A ('J)u~t~(False)

(True) B (False) C D Item Admins Admlns Type p Pts Avg E.T. rpb 078K2.02 1 078K2.021 56 6 0 5 5 0 1 0 MCS 0.83 0.00 0.83 0.00 0.17 0.00 1.00 79.11 0.00 80.53 0.00 72.00 0.00

- +0.758 - +0.758 - -0.758 -

103A4.03 1 103A4.031 57 6 0 0 0 6 0 MCS 1.00 0.00 0.00 0.00 1.00 0.00 1.00 79.11 0.00 0.00 0.00 79.11 0.00 103K3.03 1 103K3.031 58 6 0 5 0 0 1 MCS 0.83 0.00 0.83 0.00 0.00 0.17 1.00 79.11 0.00 78.93 0.00 0.00 80.00

- -0.095 - -0.095 - - +0.095 02.1.17 1 G2.1.171 59 6 0 0 0 2 44 MCS 0.67 0.00 0.00 0.00 0.33 0.67 1.00 79.11 0.00 0.00 0.00 78.00 79.67

- +0.187 - - - -0.187 +0.187 02.1.45 1 G2.1.451 60 6 0 1 0 33 22 MCS 0.33 0.00 0.17 0.00 0.50 0.33 1.00 79.11 0.00 76.00 0.00 79.11 80.67

- +0.262 - -0.332 - +0.000 +0.262 02.1.9 11 G2.1.9 61 6 0 0 0 0 6 MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 79.11 02.2.3 11 G2.2.3 62 6 o0 5 o0 o0 1 MCS 0.83 0.00 0.83 0.00 0.00 0.17 1.00 79.11 0.00 80.53 0.00 0.00 72.00

- +0.758 - +0.758 - - -0.758 Tuesday, AprH 2010 4:41 :56 PM April 13, 20104:41:56 9

ITEM STATISTICS REPORT for forRO RO exam from SRO RO combined SCORES ROcombined Overall Omits A (True) (!'r~~t B(Faise)

B (Fal~et C D Item Admins Type pp Pts Avg E.T. rpb 02.2.36 02.2.3611 63 6 0 33 1 2 0 MCS 0.50 0.00 0.50 0.17 0.33 0.00 1.00 79.11 0.00 82.22 76.00 76.00 0.00

- +0.742 - +0.742 -0.332 -0.525 -

02.3.13 11 64 6 0 6 0 0 0 MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00 02.3.15 1 02.3.151 65 6 o0 66 o0 o0 o0 MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00 02.3.4 11 66 6 o0 o0 o0 6 o0 MCS 1.00 0.00 0.00 0.00 1.00 0.00 1.00 79.11 0.00 0.00 0.00 79.11 0.00 02.4.13 11 67 6 o0 o0 o0 o0 6 MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.11 0.00 0.00 0.00 0.00 79.11 02.4.16 1 02.4.161 68 6 0 5 1 0 0 MCS 0.83 0.00 0.83 0.17 0.00 0.00 1.00 79.11 0.00 78.67 81.33 0.00 0.00

- -0.237 - -0.237 +0.237 - -

1E02.2.2 11 WEO1EG2.2.2 WEO 69 6 0 5 1 0 0 MCS 0.83 0.00 0.83 0.17 0.00 0.00 1.00 79.11 0.00 78.93 80.00 0.00 0.00

- -0.095 - -0.095 +0.095 - -

2010 4:41 :56 PM Tuesday, April 13, 20104:41:56 10

ITEM STATISTICS REPORT RO exam from SRO SCORES for RO -. -_. __ . RO combined

.~-

Overall Overall Omits AJ~~!I~t~(F.'al~L_

Omits A (True) B (False) C C 0D Item Admins Type p Pts Avg E.T.

E.T. rpb

. ~p~

WEO4EA2.2 1 WE04EA2.21 70 6 o0 6 o0 o0 o0 MCS 1.00 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00 WEO5EK1.1 11 WE05EKl.l 71 6 0 0 1 5 0 MCS 0.83 0.00 0.00 0.17 0.83 0.00 1.00 79.11 0.00 0.00 85.33 77.87 0.00

-0.664 - - +0.664 -0.664 -

WEO8EK1.1 11 WE08EKl.l 72 6 0 0 11 5 0 MCS 0.83 0.00 0.00 0.17 0.83 0.00 1.00 79.11 0.00 0.00 76.00 79.73 0.00

- +0.332 - - -0.332 +0.332 -

WEIIEKI.3 11 WEIIEK1.3 73 6 0 0 0 6 0 MCS 1.00 0.00 0.00 0.00 1.00 0.00 1.00 79.11 0.00 0.00 0.00 79.11 0.00 WE12EK2.1 11 WEI2EK2.1 74 6 0 0 2 1 3 MCS 0.50 0.00 0.00 0.33 0.17 0.50 1.00 79.11 0.00 0.00 80.00 76.00 79.56

- +0.106 - - +0.150 -0.332 +0.106 WEI6EK2.1 11 75 6 0 6 0 0 0 MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.11 0.00 79.11 0.00 0.00 0.00

Tuesday, Tuesday, April 13, 13, 2010 4:41 :56 PM 20104:41:56 11

ITEM STATISTICS ITEM STATISTICS REPORT REPORT SRO exam for SRO exam from SROSRO SCORESSCORES Overall Overall Omits A Omits A (True) B (False) c C D D

Item Item Admins Admins Type Type pp Pts Avg Avg E.T. rpb 55 0o 55 0o 0 0 1.00 1.00 0.00 0.00 1.00 1.00 0.00 0.00 1.00 79.80 79.80 0.00 0.00 79.80 79.80 0.00 0.00 0.00 71 71 5 0 00 44 00 MCS 0.00 0.00 0.80 0.00 1.00 79. 0.00 0.00 79.00 0.00

-0.43 -0.438 WE08EKl.1 WEO8EK1 .1 1 72 5 0 5 0 MCS 1.00 0.00 1.00 0.00 1.00 79.80 0.00 79.80 0.00 WE11EK1.3 11 73 5 o0 5 o0 MCS 1.00 0.00 1.00 0.00 1.00 79.80 0.00 79.80 0.00 WE12EK2.1 11 74 o0 o0 o0 3 MCS 0.00 0.00 0.00 0.60 1.00 1.00 0.00 0.00 82.00 0.00 78.33

+0.491 -0.491 WE 1 75 0 5 0 0 005G2.2.38 005G2.2.38 33 76 76 55 o0 o0 55 o0 o0 MCS MCS 1.00 1.00 0.00 0.00 0.00 0.00 1.00 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.80 79.80 0.00 0.00 0.00 0.00 79.80 79.80 0.00 0.00 0.00 0.00

Tuesday, Tuesday, April April 13, 2010 4:43:22 PM 13, 20104:43:22 PM 11 11

ITEM STATISTICS REPORT ITEM STATISTICS REPORT for SRO SRO exam exam from

.-.~---"----~--.--."--~.-"--~--"--.-~-----."----~-~----.-.----

from SROSRO SCORES SCORES

-.-----.-~- - -."--"----

... .. .. --.~---~--.--.-----~.---""---. -."-_. ----._----._-.-._-----"." _..._----.--_.,,---

Overall Overall Omits A Omits A (True) B (False)______ C C D D

Item Item Admins Admins Type Type pp Pts Pts Avg Avg E.T.

E.T. rpb 007EA2.022 007EA2.02 2 77 77 55 00 22 00 33 00 MCS MCS 0.40 0.40 0.00 0.40 0.00 0.00 0.60 0.60 0.00 0.00 1.00 1.00 79.80 79.80 0.00 0.00 82.00 82.00 0.00 0.00 78.33 78.33 0.00 0.00

- +0.491 - +0.491

+0.491 - -0.491 -

007G2.4.211 007G2.4.2 78 55 00 1 33 1 00 MCS 0.60 0.00 0.00 0.20 0.60 0.20 0.00 1.00 79.80 0.00 73.00 82.33 79.00 0.00

- +0.849 - -0.930 +0.849 -0.109 -

008AG2.4.41 22 79 55 0 5 5 0 0 0 MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.80 0.00 79.80 0.00 0.00 0.00 014A2.046 014A2.04 6 80 5 o0 o 0 o0 o 0 5 MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 79.80 0.00 0.00 0.00 0.00 79.80 015G2.4.112 015G2.4.11 2 81 5 o0 5 o0 o0 o0 MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 1.00 79.80 0.00 79.80 0.00 0.00 0.00 022A2.012 022A2.01 2 82 5 o0 o0 o0 5 o0 MCS MCS 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 0.00 0.00 1.00 1.00 79.80 79.80 0.00 0.00 0.00 0.00 79.80 79.80 0.00 022AG2.4.50 022AG2.4.50 11 83 83 55 00 00 1 00 44 MCS MCS 0.80 0.80 0.00 0.00 0.00 0.00 0.20 0.20 0.00 0.00 0.80 0.80 1.00 1.00 79.80 79,80 0.00 0.00 0.00 0.00 83.00 83.00 0.00 0.00 79.00 79.00

-0.438

-0.438 - - +0.438

+0.438 - -0.438

-0.438

Tuesday, Tuesday, April April 13, 13, 20104:43:22 2010 4:43:22 PM PM 12 12

ITEM STATISTICS ITEM STATISTICS REPORT REPORT for SRO exam for SRO exam from SRO SRO SCORES SCORES Overall Overall Omits Omits A (True) B (False)_______ C A C D D

Item Item Admins Admins Type Type pp Pts Pts Avg Avg E.T.

E.T. rpb 026A2.0411 026A2.04 84 84 55 00 00 00 0o 55 MCS 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 1.00 1.00 79.80 79.80 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 79.80 79.80 027AA2.1533 027AA2.15 85 55 0o 0o 0o 55 0o MCS 1.00 0.00 0.00 0.00 0.00 1.00 1.00 0.00 1.00 79.80 0.00 0.00 0.00 79.80 0.00 027G2.2.42 11 86 55 0 1 2 1 11 MCS 0.20 0.00 0.20 0.40 0.20 0.20 1.00 79.80 0.00 73.00 80.50 83.00 82.00

- +0.301 - -0.930 +0.156 +0.438 +0.301 065AG2.4.47 14 87 5 0 2 1 0 2 MCS 0.40 0.00 0.40 0.20 0.00 0.40 1.00 79.80 0.00 77.50 83.00 0.00 80.50

-0.514 - -0.514 +0.438 - +0.156 076G2A.11 076G2.4.11 2 88 5 0 2 0 3 0 MCS 0.60 0.00 0040 0.40 0.00 0.60 0.00 1.00 1.00 79.80 0.00 77.50 0.00 81.33 0.00

+0.514 - -0.514 - +0.514 -

078G2.2.42 11 89 89 5 0 11 2 2 0 MCS MCS 0.40 0.40 0.00 0.00 0.20 0.20 0.40 0.40 0.40 0.40 0.00 0.00 1.00 1.00 79.80 79.80 0.00 82.00 77.50 81.00 0.00 0.00

-0.514 - +0.301 -0.514

-0.514 +0.268 -

G2.1.31 G2.1.31 1I 90 90 55 00 55 00 00 00 MCS MCS 1.00 1.00 0.00 0.00 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 1.00 79.80 79.80 0.00 0.00 79.80 79.80 0.00 0.00 0.00 0.00 0.00 0.00 Tuesday, Tuesday, April April 13, 13, 2010 2010 4:43:22 4:43:22 PM PM 13 13

ITEM STATISTICS REPORT for SRO exam from SRO SCORES Overall Omits A (True) B (False) C D Item Admins Type p Pts Avg E.T. rpb G2.2.36 5 G2.2.365 91 55 0 4 0 0 11 MCS 0.80 0.00 0.80 0.00 0.00 0.20 1.00 79.80 0.00 80.00 0.00 0.00 79.00

- +0.109 - +0.109 - - -0.109 G2.2.37 8 G2.2.378 92 55 0 5 0 0 0 MCS 1.00 0.00 1.00 0.00 0.00 0.00 1.00 79.80 0.00 79.80 0.00 0.00 0.00 G2.3.11 2 G2.3.112 93 55 0 0 3 0 2 MCS 0.60 0.00 0.00 0.60 0.00 0.40 1.00 79.80 0.00 0.00 79.33 0.00 80.50

- -0.156 - - -0.156 - +0.156 G2.3.12 2 G2.3.122 94 55 0 0 0 4 1 MCS 0.80 0.00 0.00 0.00 0.80 0.20 1.00 79.80 0.00 0.00 0.00 81.50 73.00

- +0.930 - - - +0.930 -0.930 G2.4.2 3 G2.4.23 95 55 0 1 0 0 4 MCS 0.80 0.00 0.20 0.00 0.00 0.80 1.00 79.80 0.00 83.00 0.00 0.00 79.00

- -0.438 - +0.438 - - -0.438 G2.4.20 11 96 55 0 2 0 3 0 MCS 0.60 0.00 0.40 0.00 0.60 0.00 1.00 79.80 0.00 77.50 0.00 81.33 0.00

- +0.514 - -0.514 - +0.514 -

WEO3EG2 4.61 WE03EG2 4.6 1 97 55 0 0 0 5 0 MCS 1.00 0.00 0.00 0.00 1.00 0.00 1.00 79.80 0.00 0.00 0.00 79.80 0.00 Tuesday, April 13, 20104:43:22 2010 4:43:22 PM 14

ITEM STATISTICS REPORT for SRO exam from SRO SCORES Overall Omits A (True) B (False) C D Item Admins Type p Pts Avg E.T. rpb WE10EA2.2 4 WElOEA2.24 98 55 o0 o0 o0 5 o0 MCS 1.00 0.00 0.00 0.00 1.00 0.00 1.00 79.80 0.00 0.00 0.00 79.80 0.00 WE11EG2.1.28 5 WEIIEG2.1.285 99 55 o0 o0 5 o0 o0 MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.80 0.00 0.00 79.80 0.00 0.00 WEI5EA2.2 1 WE15EA2.21 100 55 o0 o0 5 o0 o0 MCS 1.00 0.00 0.00 1.00 0.00 0.00 1.00 79.80 0.00 0.00 79.80 0.00 0.00 Tuesday, April 13, 2010 4:43:22 PM 15

ML101650622

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