L-03-301, Exam Analysis

Exam Analysis

ML033421369
Person / Time
Site:	Vermont Yankee File:NorthStar Vermont Yankee icon.png (DPR-028)
Issue date:	10/03/2003
From:	Gosekamp M Entergy Nuclear Vermont Yankee
To:	Conte R NRC/RGN-I/DRS/OSB
Conte R
References
50-271/OL-03-301
Download: ML033421369 (31)

Text

Question #14:

The question is valid as written.

0/6 applicants answered correctly.

Traininghowledge deficiency - TCR 03-0453 Question #23:

The question is valid as written.

3/6 applicants answered correctly.

Trainingknowledge deficiency - TCR 03-0454 Question #33:

The question is valid as written.

3/6 applicants answered correctly.

Question is difficult and of limited value. Question to be deleted from exam bank.

TCR 03-0455 Question #55:

The question is valid as written.

116 applicants answered correctly.

Distractors will be revised to clarify increase, decrease issues or limits. TCR 03-0456 Question #56:

The question is valid as written.

2/6 applicants answered correctly.

Traininghowledge deficiency Distractors A and B will have the word ONLY added to the end of each sentence to better comply with the writers guide. TCR 03-0457 Question #SO:

The question is valid as written.

1/2 applicants answered correctly.

The proctor failed to hand out EOP-3, which is a required student reference, when distributing exam material. The applicant who answered the question correctly asked for EOP-3 late, after the applicant who missed the question had left the room.

Question #82:

The question is valid as written.

1/2 applicants answered correctly.

Trainingknowledge deficiency

Question #85:

Question #88:

Question #90:

Question #4:

Question #95:

Question #98:

The question is valid as written.

1/2 applicants answered correctly.

-Traininghowledge deficiency The question is valid as written.

1/2 applicants answered correctly.

Trainingknowledge deficiency The question is valid as written.

0/2 applicants answered correctly.

Trainingknowledge deficiency The question is valid as written.

1/2 applicants answered correctly.

Traininghowledge deficiency The question is valid as written.

0/2 applicants answered correctly.

Training/knowledge deficiency The question is valid as written.

1/2 applicants answered correctly.

During examination review with the applicants, it was determined that the incorrect answer was caused by a math error.

High quality distractors No trainingknowledge deficiency During examination review with the applicants on 10/14/03, all questions were discussed in. detail. The review was conducted by Scott Brown. Several minor editorial enhancements were recommended and are incorporated on the final exam disc provided. No technical inaccuracies were identified that would change any correct answers.

SRO NRC Exam 2003 Ouestion No. 14 Exam Bank Question No.: 5627 Revision: 1 Point Value: 1 SRO Only: No Instructor Guide: LOT-00-217 Objective: CRO 5b Question Level: Comprehension Select the correct answer:

RCIC is operating in the injection mode with its suction path from the torus. A slow leak develops in the torus.

As torus level continues to lower, RCIC:

will trip on low suction pressure.

will trip on high exhaust pressure.

suction will auto transfer to the CST on low torus water level.

suction will auto transfer to the CST on low suction pressure.

References:

OP 2121, rev 29 Pilgrim 2003 NRC EOP 3 study guide page 8-37 New Incorrect - The slow reduction in torus level will allow RCIC to continue to run with its exhaust line uncovered and its suction line submerged pressurizing the containment preventing a low suction pressure trip Correct Response EOP 3 study guide page 8-37. RCIC high exhaust pressure trip occurs at 43 psig and the primary containment vent rupture disc ruptures at 59 psig and is isolated by TSV 86 during operartion Incorrect - We have an Auto Swap on LAW CST level. It makes sense to have one on low torus level but VYN does not.

Incorrect - A low suction pressure suction transfer makes sense but VYN does not have one.

Task Associations 2170030101 Knowledge and Abilities Associations Manually Initiate Startup of the RCIC System

SRO NRC Exam 2003

b.

Ouestion No. 23 Exam Bank Question No.: 5636 Revision: 1 Point Value: 1 SRO Only: No Instructor Guide: LOT-00-618 Objective: 1, 13, 15 Question Level: Fundamental KnowledgelMemory Select the correct answer:

600 seconds, peak drywell temperature The "A" Recirculation Loop has just experienced a double-ended rupture of the suction line.

LPCI injection must be shifted to the containment cooling mode no later than !

after the break to limit 60 minutes, peak torus temperature IC. I

d. 60 minutes, peak drywell temperature I

I Correct Response-USAR requires containment cooling established at 600 seconds nost DBA LOCA Incorrect - USAR 14.6 page 21 requires containment in 30 minutes to limit drywell temDerature Incorrect - 60 minutes is beyond the USFAR specified maximum time.

Incorrect - 60 minutes is beyond the USFAR mecified maximum time.

References:

USFAR, rev 18, 14.6.25 New Task Associations 2000190501 Respond to High Torus Water Temperature they apply to HIGH SUPPRESSION POOL WATER TEMPERATURE: (CFR 41.5,45.6): Suppression pool cooling operation Static Simulator Exams: None Last Revised: 09/16/2003 9:29:43 AM by Brown, Scott T.

apply to LOW SUPPRESSION POOL WATER LEVEL:

(CFR 41.7 -45.6): RCIC: Plant-mecific Static Simulator Exams: None Last Revised: 09/16/2003 8:41:11 AM by Brown, Scott T.

SRO NRC Exam 2003 relationships between STANDBY LIQUID CONTROL SYSTEM and the following: (CFR 41.2 to 41.9 / 45.7 to 45.8): Core plate differential pressure indication Question No. 33 Exam Bank Question No.: 5646 Revision: 2 Point Value: 1 SRO Only: No Instructor Guide: LOT-00-21 1 Objective: A 0 2g Question Level: Comprehension Select the correct answer:

1 The high pressure sensing line for the core plate D/P instrumentation has a fitting leak of 10 gpm at the D P cell. An ATWS event occurs and SLC "A" system is started.

The SLC system will inject:

I a. I all of the boron above the core date.

some of the boron on the floor in the some of the boron below the core plate, some on the floor in the Northeast Comer Incorrect -

Incorrect -

Incorrect -

Correct Response - The core plate D P instrument high pressure tap is below the core plate and is the SLC injection path.

10 gpm of SLC in will go out the leak.

References:

LOT-00-216, CRO Obj. lb, c G191267 Sheet 1 New Task Associations Tkk Nt&

tie 21 10050101 Inject Poison Solution into the Reactor Vessel Static Simulator Exams: None Last Revised: 08/12/2003 3:09:46 PM by Hallonquist, Nora E.

SRO NRC Exam 2003

a.

6%

c.

d.

Ouestion No. 55 Exam Bank Question No.: 5668 Revision: 5 Point Value: 1 SRO Only: No Instructor Guide: LOT-00-202 Objective: CRO 4, 5 Question Level: Fundamental KnowledgeMemory Select the correct answer:

MCPR limits are increased.

APRM Rod Blocks are reduced.

MAPLHGR limits are increased.

LHGR limits are reduced.

Incorrect -

Correct Response Incorrect -

Incorrect -

During full power operation the "A" Recirc Motor Generator trips on differential overcurrent and repairs will take several weeks.

Which of the following limits must be changed to satisfy Tech Specs?

References:

COLR Cycle 23, rev 0 Tech Specs 3.6.G. 1.a, 203 LO1 EB #1650, modified Task Associations 2007900501 Respond to a Loss of Bus 1 Using ON 3 169 Static Simulator Exams: None Last Revised: 09/18/2003 653: 10 PM by Brown, Scott T.

SRO NRC Exam 2003

b.

RBM A Depress the "push to setup" button on RBM B Incorrect -

Ouestion No. 56 Exam Bank Question No.: 5669 Revision: 4 Point Value: 1 SRO Only: No Instructor Guide: LOT-03-201 Objective: CRO lf,lj,2 Question Level: Comprehension

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

.F T 1 Select the correct answer:

A reactor startup is in progress.

Reactor power on APRMs is 80%. Core flow is 85% of rated. Recirc drive flow is 80% of rated. Reactor power is being increased by control rod withdrawls when an RBM rod block occurs. RBM A is reading 89 and Rl3M B is reading 81.

To continue the power increase you must:

I lincreased

References:

OP 2133, rev 16 New A R S 9-5-M-7 Task Associations 2017360401 Respond to RBM HI/INOP 2 157 180401 Respond to RBM System Alarms 215002 A2.01 ROD BLOCK MONITOR SYSTEM; and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those abnormal conditions or operations: (CFR 41.5 / 45.6): Withdrawal of control rod in high power region of core: BWR-3,4,5

Static Simulator Exams: None Last Revised: 09/18/2003 6:53:45 PM by Brown, Scott T.

SRO NRC Exam 2003 Question No. 80 Exam Bank Question No.: 5693 Revision: 3 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-614 Objective: SRO 1 Question Level: Analysis Select the correct answer:

The "A" Main Steam Line is leaking in the drywell. The following plant conditions exist.

All control rods are in Drywell temperature is 285°F and rising Drywell pressure is 3.O psig and rising Drywell RRUs have been restarted Reactor water level is 145" Reactor pressure is 920 psig Torus level is 11 ft As the CRS you should order:

I Answer/Distractor 1 Justification

a. I Recirc pumps secured, drywell RRUs I Incorrect - Drywell sprays are not allowed, because drywell temperature cannot be Must determine still safe on RPV Level Instrument Saturation Curve at SRV reclosing pressure of 50 psig.

References:

EOP-3, rev 3 New EOP-3 is required for student reference.

Task Associations 20002 10501 Respond to High Drywell Temperature Knowledge and Abilities Associations

apply to HIGH DRYWELL PRESSURE:(CFR 41.10, Static Simulator Exams: None Last Revised: 08/19/2003 3:55:49 PM by Hallonquist, Nora E.

SRO NRC Exam 2003 Question No. 82 Exam Bank Question No.: 5695 Revision: 2 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-614 Objective: SRO 1 Question Level: Comprehension Select the correct answer:

An earthquake has caused an LNP and a crack in the torus. Plant conditions are as follows:

RPV level band 127"-177" RPV pressure is 100 psig and lowering A & B RHR Loops in torus cooling Torus level is 8 ft lowering CS "A" is injecting at 1000 gpm As the CRS you should direct torus temperature monitored on:

I Answer/Distractor

a. ERFIS - average torus water temperature

b. CRP 9-3 TI-19-33C torus water I

I temDerature ERFIS - Points M062M064 (RHR heat exchanger inlet temperatures)

CRP 9-47 TR-16-19-40 Torus water temDerature Justification Incorrect -

Incorrect -

Correct Response - ERFIS average torus temperature is preferred but at this torus level the detectors are monitoring torus air space temperature and not water temperature. The EOP Study Guide directs monitoring of points M062M064.

Incorrect -

References:

LOT-00-6 14, SRO 1 EOP Study Guide, rev 11, page 8-6 New Task Associations Task Number Task Title 2000190501 Respond to High Torus Water Temperature

Static Simulator Exams: None Last Revised: 09/18/2003 7: 12:Ol PM by Brown, Scott T.

SRO NRC Exam 2003 Question No. 85 Exam Bank Question No.: 5698 Revision: 4 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-610 Objective: SRO 3,4 Question Level: Comprehension Select the correct answer:

A high reactor water level transient has occurred. Reactor water level is 250". MSIVs are shut.

All high pressure injection sources are secured. Operators are attempting to control pressure with SRVs. From CRP 9-3, it appears that the SRVs are not responding to the manual actuations. No tailpipe pressure switch actuations. Pressure control is sluggish and remains >

1055 psig.

In accordance with station procedures you should direct as a minimum:

used for pressure control.

SRV operations to stop, RPV head vents to be used for RPV pressure control under these conditions.

Incorrect - RPV head vents are not allowed used for pressure control, and RWCU started in the letdown mode.

SRV tailpipe temperatures and primary containment parameters monitored.

SRV tailpipe temperatures and primary containment parameters monitored, and RWCU started in the letdown mode.

for RPV pressure control under these conditions.

Incorrect - Allowing continued SRV operations with flooded steam lines increases the potential for tailpipe damage.

1 Actions must be taken to drain the main steam lines.

Correct Response - OP 3 1 14 requires primary containment parameters to be monitored when SRVs are opened with flooded steam lines. SRV tailpipe pressure switches may not indicate open SRVs when the steam lines are flooded. OT 3 114 directs monitoring tailpipe temperatures. EOP-1 pressure control leg directs use of RWCU in letdown if notfuel failure exists. This action will also lower RPV water level and reduce the potential for damage to SRV tailpipes.

References:

OT 3 114, rev 12 EOP-1 rev 2 1/26/2000 Plant Hatch event

New Task Associations: 2000060501 Respond to high reactor water level Knowledge and Abilities Associations operate the facility between shutdown and designated Dower levels (CFR 45.2)

Static Simulator Exams: None Last Revised: 09/16/2003 4:45:53 PM by Brown, Scott T

SRO NRC Exam 2003 5

Correct Response - OP 2124 Question No. 88 Exam Bank Question No.: 5701 Revision: 2 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-205 Objective: SCRO 1 Question Level: Analysis Select the correct answer:

The reactor has been shutdown for 20 days. Shutdown cooling is in service. Parameters are as follows:

Reactor level 160" for I&C Surveillances Reactor coolant temperature is 95°F SDC flow is 4500 gpm Under these conditions, thermal stratification:

AnswedDistractor will not occur. Flow may be lowered to 1100 gpm before stratification is a 'I concern.

will occur. OP 2124 directs flow raised to a minimum of 5500 gpm.

References:

OP 2124, rev 50, Precaution #37 GESIL 357 Justification Incorrect - 1100 gpm is the RHRSW Pump min flow limit, not a thermal stratification limit.

Incorrect - 41 00 gpm is for pump min flow concerns, not thermal stratification. OP 2124 has no 5500 gpm limit.

Incorrect - Thermal stratification will occur under these conditions and that is why the procedure does not allow Task Associations 2057970101 Swap Shutdown Cooling Loops Knowledee and Abilities Associations I

I I SHUTDOWN COOLING SYSTEM (RHR SHUTDOWN I I

I I COOLING MODE); and (b) based on those predictions, I

use procedures to correct, control, or mitigate the consequences of those abnormal conditions or operations:

(CFR 41.5 / 45.6): Inadequate system flow Static Simulator Exams: None Last Revised: 09/16/2003 2:37:06 PM by Brown, Scott T.

SRO NRC Exam 2003 Ouestion No. 90 Exam Bank Question No.: 5703 Revision: 0 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-223 Objective: SRO 3 Question Level: Comprehension Select the correct answer:

A plant shutdown is in progress to repair a recirc pump seal leak. Reactor power is 6%. The drywell is being purged through the 18" line to allow early primary containment entry.

This mode of operation is allowed by Technical Specifications for per calendar year. This restriction assures the integrity of the 90 hours0.00104 days <br />0.025 hours <br />1.488095e-4 weeks <br />3.4245e-5 months <br />, SBGT I

b. I30 days, SBGT

c. I 90 hours0.00104 days <br />0.025 hours <br />1.488095e-4 weeks <br />3.4245e-5 months <br />. Primarv Containment

d. I 30 days, Primary Containment Tech Spec, must also understand the concept that on a LOCA SBGT 2-open before the primary containment isolation valves can stroke shut. This event has the potential to rupture both SBGT trains and make secondary containment unavailable.

By limiting the time the 18" valves are open when containment is required, the probability of this happening is reduced to near zero.

Incorrect -

Incorrect -

Incorrect -

References:

Tech Spec Bases, rev 197, page 165/166, Section 3.7 OP 2 1 15, rev 43, page 4 New Task Associations 34 10320302/0 Evaluate Plant System Performance and Coordinate Appropriate Actions 3

per Technical SpecificationslTMODCM in the Event A Limiting Condition for Operation is Entered or not Satisfied

Static Simulator Exams: None Last Revised: 07/25/2003 1 : 14:46 PM by Hallonquist, Nora E.

SRO NRC Exam 2003 Question No. 94 Exam Bank Question No.: 5707 Revision: 0 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-308 Objective: SCRO (CRS) 1 Question Level: Fundamental KnowledgelMemory Select the correct answer:

The MSIVs are shut. The reactor is critical in accordance with OP 0105, Appendix A, "Reactor Heatup with the MSIVs Closed."

Which one of the following defines the Tech Spec mode of operation?

1 Answer/Distractor I Justification Id. ]Run I Incorrect -

I

References:

Tech Spec definitions New Task Associations 34 10320302/0 Evaluate Plant System Performance and Coordinate Appropriate Actions 3

per Technical Specifications/TRM/ODCM in the Event A Limiting Condition for Operation is Entered or not Satisfied Static Simulator Exams: None Last Revised: 07/25/2003 1 :24:08 PM by Hallonquist, Nora E.

SRO NRC Exam 2003

a. 1.49 Incorrect - Incorrect exposure used

b. 1.61 Incorrect - Coi-rect for full flow

c. 1.64 Incorrect - Incorrect exposure usgd

'4&?

1.77 Correct Response - From COLR Table 2.2-Question No. 95 Exam Bank Question No.: 5708 Revision: 2 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-138 Objective: 22, 24 Question Level: Analysis k$.'

yJ.'

k; 1

.J;~

I.

Select the correct answer:

1 : Option A > 10,375 MWdST, MCPR =

1.61; From Figure 2.2-1: 60% flow intersects 109.5 at 1.1 (1.1)(1.61) = 1.771 Core flow is 60%. The recirculation motor generator scope tube mechanical stops are set for 109.5% speed. MCPR Option "A" has been selected based on full core scram times. Core exposure is 1 1,000 MWdSt. The MCPR operating limit is:

References:

COLR, rev 0, Cycle 23 Tech Spec New COLR is a required student reference Task Associations

'Task 2-N 34 10320302/0 Evaluate Plant System Performance and Coordinate Appropriate Actions 3

per Technical Specifications/TRM/ODCM in the Event A Limiting Condition for Operation is Entered or not Satisfied Static Simulator Exams: None Last Revised: 09/16/2003 2:54:41 PM by Brown, Scott T.

SRO NRC Exam 2003 Question No. 98 Exam Bank Question No.: 571 1 Revision: 2 Point Value: 1 SRO Only: Yes Instructor Guide: LOT-00-404 Objective: SRO 1 Question Level: Analysis Select the correct answer:

A point source in the reactor building is reading 500 mr/hr at a distance of two (2) feet. Two options exist to complete rework on a valve located near this radiation source.

Option 1 : Operator X can perform the task in thirty (30) minutes working at a distance of four (4) feet from the point source Option 2: Operators X and Y, who are trained in the use of a special extension tool, can perform the task in seventy five (75) minutes at a distance of eight (8) feet from the point source Which one of the following options is preferable and consistent with the ALARA program?

I Answer/Distractor I Justification

References:

LOT-00-059, rev 6, page 5 of 12 Palisades 2001 NRC Task Associations Task Number Task Title 3430290302/0 Assess Exposure Limits of Personnel for Assigned Duties 3

Knowledge and Abilities Associations I System ~ U A NO. 1 statement

]RO ISRO 10 I 2.3.10 I Ability to perform procedures to reduce excessive levels of I 2.9 I 3.3 radiation and guard against personnel exposure (CFR 43.4.45.10)

Static Simulator Exams: None Last Revised: 08/19/2003 3:44:38 PM by Hallonquist, Nora E.

NRC 2003 ANSWER KEY 1-75 RO 76-100 SRO ONLY Page 1 of 2 NAME: KEY DATE: 10/3/03 l

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EXAMINATION LICENSED OPERATOR INITIAL TRAINING PROGRAM Course: SRO NRC Exam 2003 Exam Activity Code:

Date Exam Prepared: 19 September 2003 Date Exam Taken: 3 October 2003 Exam Ouestions Level Source LOT-00-202 CRO 3j 5614 3 1

c 2

c 3

b 4

b 5

d 6

0 7

d 8

a 9

d 10 d

11 a

12 e

13 c

14 b

15 c

16 a

17 b

18 d

19 a

20 a

21 d

22 a

23 a

24 b

25 a

26 c

27 b

28 b

29 a

30 c

31 c

32 d

33 d

34 c

35 a

36 d

5615 2 5616 3 5617 0 5618 2 5619 4 5620 0 5621 2 5622 1 5623 5 5624 1 5625 3 5626 3 5627 1 5628 3 5629 1 5630 0 5631 4 5632 0 5633 2 5634 4 5635 2 5636 1 5637 4 5638 1 5639 1 5640 2 5641 2 5642 1 5643 2 5644 0 5645 0 5646 2 5647 2 5648 1 5649 2 LOT-0 1-262 LOT-00-601 LOT-00-249 LOT-00-129 LOT-00-612 L-OT-00-603 LOT-00-279 LOT-00-60 1 LOT-00-620 LOT-00-205 LOT-00-302 LOT-00-607 LOT-00-2 17 LOT-00-256 LOT-00-6 10 LOT-00-6 10 LOT-00-286 LOT-00-607 LOT-00-138 LOT-00-602 LOT-00-288 LOT-00-6 1 8 LOT-00-308 LOT-00-607 LOT-00-61 1 LOT-0 1-223 LOT-00-205 LOT-00-205 LOT-00-206 CRO 6 CRO2,3,4 CRO 8 31 A2, A4 CRO 3g CRO le, 5 CRO 3,4 3

CRO 2 CRO 3 CRO 2 CRO 5b CRO 2 CRO 2 CRO 2 CRO 4a CRO 1 17,19 CRO 3 CRO 5 1, 13, 15 CRO 2,3,4, 5 CRO 2,3 CRO 3,5 CRO 4,5 CRO 2,4 CRO 2 1 oc 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 LOT-00-206 CRO 3, 5b, 6b, 7 3 LOT-00-2 18 CRO 2 3

LOT-00-21 1 A 0 2g 3

LOT-00-626 CRO 4 3

LOT-00-2 12 CRO 2 3

LOT-02-2 15 CRO 2i 3

295001/AA2.05 2 295003/2.4.01 2

295004/AA1.03 1 295005/AK2.01 1 295006/AK1.01 0 295016/AA2.07 2 295018/AK2.01 1 295019/AA1.04 1 295021/AK1.04 1 295023/AK2.03 0 295024EK2.12 1 295025/2.1.32 0

295028EA2.05 1 295030EA1.02 1 29503 1EAl. 1 1 0 29503 1EA2.02 2 295037EK3.04 2 600000/AK3.04 1 295026/EK2.04 0 29503W2.2.25 0

295002/AK1.04 1 295010/AK3.02 1 295013/AK3.01 0 29501Y2.2.22 0

295029EK1.01 1

295033EA2.01 0 295034EA1.02 1 203000/A3.05 2

205000/2.1.28 0

206000/K2.03 0

206000/A1.08 0

209001/K3.02 0

21 1000/K1.02 1

21 1000K3.01 0

212000/A1.09 1

215003K3.04 0

New New New New New New New New New New New New New New New New New New New New New New New New Bank New New New New New New New New Bank New New

37 a

38 d

39 c

40 c

41 a

42 d

43 d

44 b

45 c

46 c

47 a

48 c

49 a

50 a

51 c

52 c

53 b

54 a

55 b

56 c

57 a

58 c

59 a

60 b

61 c

62 a

63 a

64 c

65 a

66 b

67 a

68 b

69 a

70 b

71 b

72 d

73 c

74 b

75 a

76 c

77 c

78 c

79 d

80 c

81 c

5650 565 1 5652 5653 5654 5655 5656 5657 5658 5659 5660 5661 5662 5663 5664 5665 5666 5667 5668 5669 5670 5671 5672 5673 5674 5675 5676 5677 5678 5679 5680 5681 5682 5683 5684 5685 5686 5687 5688 5689 5690 5691 5692 5693 5694 1

0 3

2 3

3 2

1 0

6 2

1 3

2 0

1 2

3 5

4 1

2 0

1 2

2 2

1 2

1 3

2 0

1 1

4 3

1 0

2 1

2 1

3 0

LOT-02-2 15 LOT-01-215 LOT-05-215 LOT-00-2 17 LOT-00-2 18 LOT-00-206 LOT-00-239 LOT-01 -259 LOT-00-26 1 LOT-00-264 LOT-00-262 LOT-03-262 LOT-00-601 LOT-00-263 LOT-00-603 LOT-00-279 LOT-00-208 LOT-02-201 LOT-00-202 LOT-03-201 LOT-00-21 6 LOT-00-205 LOT-01 -229 LOT-00-234 LOT-00-302 LOT-00-249 LOT-00-256 LOT-01-288 LOT-04-2 1 5 LOT-00-302 LOT-03-400 LOT-01 -400 LOT-00-402 LOT-02-201 LOT-00-27 1 LOT-00-602 LOT-00-6 10 LOT-00-607 LOT-00-622 LOT-05-215 LOT-00-601 LOT-00-601 LOT-00-601 LOT-00-6 14 LOT-00-602 CRO 8 CRO 6 CRO 6 CRO 4b CRO 2 CRO 5,7, 10a CRO 3 CRO 5e CRO 5 CRO 11 Id, 3 CRO 7 CRO2,3,4 CRO 2 CRO 3 A 0 9d, 11; CRO Id CRO 7 CRO la, cy e, 3 CRO 4,5 CRO 1f,lJ,2 CRO 4, lla, 14 CRO 2 CRO 5 A 0 2a, by cy 10a RO 13 CRO 5,7,9 A 0 3, CRO 3,5 CRO 1, FND 3 CRO 2 CRO 1 CRO 3 CRO 2,3 CRO la, b, 7 CRO 5 CRO 3 CRO 3 CRO 2,3 CRO 4 SRO 1 SRO 8 SRO 8 SCRO (CRS) 5,7 SRO 1 SRO 6 lj, 2 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

4 4

4 4

4 4

215003K6.04 2 1 5004Kl.O 1 215005/A1.02 2 17000K5.06 218000K3.02 2230021A2.02 239002K1.09 259002K5.01 261000K1.03 262001K4.05 26200 1 /A4.0 1 262002/K4.01 263000K1.01 2630001A2.01 264000K6.09 300000/A3.02 2

0 1

0 0

2 1

1 2

1 1

0 0

1 0

0 400000/A3.01 0

201002/A2.01 0

20200212.1.33 0

2150021A2.01 1

216000/A2.11 2

219000/K2.01 0

223001K5.13 0

234000/A2.03 2

239001K3.06 1

241000/A3.12 1

256000lA4.07 2

29000112.1.30 1

290002K1.19 0

0/2.1.18 0

012.1.20 0

0/2.2.23 0

0/2.2.11 0

012.2.0 1 0

0/2.3.11 0

012.3.1 0 1

0/2.4.18 0

012.4.23 1

012.4.19 0

2950011AA2.02 2 295004/AA1.01 2 295018/AA2.04 0 295021/AA1.02 1 295024EA2.02 2 295025EA2.02 1

New New New New New New New New New New New Bank Mc Bank Mc New New New New New Bank MI New New New]

New New New New New New New New New New Bank M New New New New New New BankM I New New New New New

82 c

83 c

84 a

85 d

86 a

87 d

88 d

89 b

90 a

91 c

92 a

93 a

94 b

95 d

96 a

97 c

98 b

99 a

100 a 5695 2 5696 1 5697 2 5698 4 5699 1 5700 1 5701 2 5702 2 5703 0 5704 4 5705 3 5706 3 5707 0 5708 2 5709 0 5710 1 5711 2 5712 2 5713 1 LOT-00-614 SRO 1 LOT-00-603 SRO 4 LOT-00-308 SCRO 1 LOT-00-610 SRO 3,4 LOT-00-615 SRO 1 LOT-00-261 SRO 1 LOT-00-205 LOT-00-614 LOT-00-223 LOT-00-264 LOT-00-205 LOT-00-233 LOT-00-308 LOT 13 8 LOT-00-400 LOT-00-223 LOT-00-404 SCRO 1 SRO 1,2 SRO 3 SCRO la SCRO 1 SRO 1 SCRO (CRS) 1 22,24 SCRO 3 SRO 3 SRO 1 LOT-00-900 SRO 1,4 LOT-00-900 SRO (CRS) 1.4 4

4 4

4 4

4 4

4 4

4 4

4 4

4 4

4 4

4 4

325 Ouestion Level Totals Level Description Number of Questions 0

Fundamental KnowledgeMemory 45 1

Comprehension 35 2

Analysis 20 295026/2.4.03 1

600000/AA1.05 1 295007/2.2.22 0

295008/2.2.02 1

295010/AA2.02 1 295034EK3.02 0 205000/A2.12 209001/A2.09 26 1000/2.1.27 264000K6.01 230000/2.2.25 233000/A2.07 0/2.1.22 0/2.1.25 012.2.2 1 0/2.3.09 0/2.3.10 2

2 1

2 1

0 0

2 0

0 2

0/2.4.40 0

0/2.4.43 0

New New New New Bank Clinton 2000 NR Bank Grand G 1998 NR New New New New New New New New New New Bank Palisade 2001 NR New!

New Originator: Brown, Scott T.

Last Revised: 09/19/2003 7:36:15 PM by Brown, Scott T.

EXAMINATION LICENSED OPERATOR INITIAL, TRAINING PROGRAM Course: RO NRC Exam 2003 Exam Activity Code:

Date Exam Prepared: 19 September 2003 Date Exam Taken: 3 October 2003 Level Source Exam Questions w -

ev 1

c 2

c 3

b 4

b 5

d 6

c 7

d 8

a 9

d 10 d

11 a

12 c

13 c

14 b

15 c

16 a

17 b

18 d

19 a

20 a

21 d

22 a

23 a

24 b

25 a

26 c

27 b

28 b

29 a

30 c

31 c

32 d

33 d

34 c

35 a

36 d

5614 3 5615 2 5616 3 5617 0 5618 2 5619 4 5620 0 5621 2 5622 1 5623 5 5624 1 5625 3 5626 3 5627 1 5628 3 5629 1 5630 0 5631 4 5632 0 5633 2 5634 4 5635 2 5636 1 5637 4 5638 1

5639 1 5640 2 5641 2 5642 1 5643 2 5644 0 5645 0 5646 2 5647 2 5648 1 5649 2 LOT-00-202 LOT-01 -262 LOT-00-601 LOT-00-249 LOT-00-129 LOT-00-612 LOT-00-603 LOT-00-279 LOT-00-601 LOT-00-620 LOT-00-205 LOT-00-302 LOT-00-607 LOT-00-2 17 LOT-00-256 LOT-00-6 10 LOT-00-6 10 LOT-00-286 LOT-00-607 LOT-00-138 LOT-00-602 LOT-00-288 LOT-00-61 8 LOT-00-308 LOT-00-607 LOT-00-61 1 LOT-0 1-223 LOT-00-205 LOT-00-205 LOT-00-206 CRO 3j 3

CRO 6 3

CRO2,3,4 3

CRO 8 3

31 3

A2, A4 3

CRO 3g 3

CRO le, 5

.--- 3 CRO 3,4 3

CRO 2 CRO 3 CRO 2 CRO 5b CRO 2 CRO 2 CRO 2 CRO 4a CRO 1 17,19 CRO 3 CRO 5 1,13, 15 CRO 2,3,4,5 CRO 2,3, CRO 3,5 CRO 4,5 CRO 2,4 CRO 2 1 oc 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 LOT-00-206 CRO 3,5b, 6b, 7 3 LOT-00-2 18 CRO 2 3

LOT-00-21 1 A 0 2g 3

LOT-00-626 CRO 4 3

LOT-00-2 12 CRO 2 3

LOT-02-2 15 CRO 2i 3

295001/AA2.05 2 295003/2.4.01 2

295004/AA1.03 1 295005/AK2.01 1 295006/AK1.01 0 295016/AA2.07 2 295018/AK2.01 1 295019/AA1.04 1 295021/AK1.04 1 295023/AK2.03 0 295024EK2.12 1 295025/2.1.32 0

295028EA2.05 1 295030EA1.02 1 295031EA1.11 0 295031EA2.02 2 295037EK3.04 2 600000/AK3.04 1 295026EK2.04 0 295038/2.2.25 0

295002/AK1.04 1 295010/AK3.02 1 295013/AK3.01 0 295015l2.2.22 0

295029EK1.01 1 295033EA2.01 0 295034EA1.02 1 203000/A3.05 2

205000/2.1.28 0

206000/K2.03 0

206000/A1.08 0

209001K3.02 0

211000K1.02 1

21 1000K3.01 0

212000/A1.09 1

215003K3.04 0

New New New New New New New New

- New New New New New New New New New New New New New New New New Bank New New New New New New New New Bank New New

37 a

38 d

39 c

40 c

41 a

42 d

43 d

44 b

45 c

46 c

47 a

48 c

49 a

50 a

51 c

52 c

53 b

54 a

55 b

56 c

57 a

58 c

59 a

60 b

61 c

62 a

63 a

64 c

65 a

66 b

67 a

68 b

69 a

70 b

71 b

72 d

73 c

74 b

75 a

5650 1 5651 0 5652 3 5653 2 5654 3 5655 3 5656 2 5657 1 5658 0 5659 6 5660 2 5661 1 5662 3 5663 2 5664 0 5665 1 5666 2 5667 3 5668 5 5669 4 5670 1 5671 2 5672 0 5673 1 5674 2 5675 2 5676 2 5677 1 5678 2 5679 1 5680 3 5681 2 5682 0 5683 1

5684 1

5685 4 5686 3 5687 1 5688 0 LOT-02-2 15 LOT-0 1-2 15 LOT-05-2 15 LOT-00-2 17 LOT-00-2 1 8 LOT-00-206 LOT-00-239 LOT-01-259 LOT-00-261 LOT-00-264 LOT-00-262 LOT-03-262 LOT-00-601 LOT-00-263 LOT-00-603 LOT-00-279 LOT-00-208 LOT-02-201 LOT-00-202 LOT-03 -20 1 LOT-00-2 16 LOT-00-205 LOT-0 1-229 LOT-00-234 LOT-00-302 LOT-00-249 LOT-00-256 LOT-01-288 LOT-04-2 15 LOT-00-302 LOT-03-400 LOT-0 1-400 LOT-00-402 LOT-02-201 LOT-00-27 1 LOT-00-602 LOT-00-6 10 LOT-00-607 CRO 8 CRO 6 CRO 6 CRO 4b CRO 2 CRO 5,7,10a CRO 3 CRO 5e CRO 5-CRO 11 Id, 3 CRO 7 CRO 2,3,4 CRO 2 CRO 3 A 0 9d, 11; CRO Id CRO 7 CRO la,c,e, 3 CRO 4,5 CRO lf,lj,2 CRO 4, lla, 14 CRO 2 CRO 5 A 0 2a, b, c, 10a RO 13 CRO 5,7,9 A 0 3, CRO 3,5 CRO 1, FND 3 CRO 2 CRO 1 CRO 3 CRO 2,3 CRO la, b, 7 CRO 5 CRO 3 CRO 3 CRO 2,3 lj, 2 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 LOT-00-622 CRO 4 3

225 2 15003K6.04 2 1 5 004LIC2.0 1 215005/A1.02 2 17000K5.06 218000/K3.02 223002/A2.02 239002K1.09 25 9002m.O 1 261000K1.03 262001K4.05 2 6200 1 /A4.0 1 262002K4.0 1 263000/K1.01 263000/A2.01 264000K6.09 300000/A3.02 400000/A3.01 20 1 002/A2.0 1 202002/2.1.33 2 15002/A2.01 216000/A2.11 2 1900O/K2.01 223001K5.13 234000/A2.03 239001/K3.06 24 1 OOO/A3.12 256000/A4.07 290001/2.1.30 290002LKl. 19 0/2.1.18 0/2.1.20 0/2.2.23 0/2.2.11 0/2.2.01 0/2.3.11 012.3.10 0/2.4.18 012.4.23 0/2.4.19 2

0 1

0 0

2 1

1 2

1 1

0 0

1 0

0 0

0 0

1 2

0 0

2 1

1 2

1 0

0 0

0 0

0 0

1 0

1 0

New New New New New New New New New New New Bank Mo Bank Mo New New New New New Bank Mc New New New New New New New New New New New New New New New New New New New Bank Mi

Ouestion Level Totals 0

Fundamental KnowledgelMemory 36 1

Comprehension 27 2

Analysis 12 Originator: Brown, Scott T.

Last Revised: 09/19/2003 7:32:38 PM by Brown, Scott T.