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NRRPT BUNDLED EXAMS 2023/2024 WITH 100% CORRECT ANSWERS GRADED A+
NRRPT EXAM 2023/2024 WITH 100% CORRECT ANSWERS GRADED A+ NRRPT Prep Applied Radiation Protection exam 2023/2024 with 100% correct answers
[Show more]NRRPT EXAM 2023/2024 WITH 100% CORRECT ANSWERS GRADED A+ NRRPT Prep Applied Radiation Protection exam 2023/2024 with 100% correct answers
[Show more]Average energy of a positron emitted during positron decay? correct answers4/10 or 0.4 of the maximum energy. 
 
1 WLM = ? correct answers1 rem CEDE 
 
Radiation exposure to miners is regulated by? correct answers30 CFR 
 
Maximum dose allowed to miners is? correct answers4 WLM per year 
 
A geiger ...
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Add to cartAverage energy of a positron emitted during positron decay? correct answers4/10 or 0.4 of the maximum energy. 
 
1 WLM = ? correct answers1 rem CEDE 
 
Radiation exposure to miners is regulated by? correct answers30 CFR 
 
Maximum dose allowed to miners is? correct answers4 WLM per year 
 
A geiger ...
Question Number: 399 Detection and Measurement 
 
In NTE (nuclear track emulsion) film, the tracks are caused by: 
 
A) alpha particles. 
B) beta particles. 
C) gamma photons. 
D) recoil neutrons. 
E) recoil protons. 
The correct answer is: E 
 
In this fast neutron responsive dosimeter, recoil prot...
Preview 4 out of 154 pages
Add to cartQuestion Number: 399 Detection and Measurement 
 
In NTE (nuclear track emulsion) film, the tracks are caused by: 
 
A) alpha particles. 
B) beta particles. 
C) gamma photons. 
D) recoil neutrons. 
E) recoil protons. 
The correct answer is: E 
 
In this fast neutron responsive dosimeter, recoil prot...
Question Number: 1 
Fundamentals of Radiation Protection 
 
A low energy alpha detector is usually effective if the detector is distant from the source. 
 
A) 1/4 inch 
B) 1/2 inch 
C) 1 inch 
D) 1 1/2 inches 
E) 2 inches correct answersThe correct answer is: A 
 
Low energy alpha particles can only...
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Add to cartQuestion Number: 1 
Fundamentals of Radiation Protection 
 
A low energy alpha detector is usually effective if the detector is distant from the source. 
 
A) 1/4 inch 
B) 1/2 inch 
C) 1 inch 
D) 1 1/2 inches 
E) 2 inches correct answersThe correct answer is: A 
 
Low energy alpha particles can only...
half life of H-3 Tritium is correct answers12.3 yrs 
 
How does Tritium decay? correct answersH3 is a B- 
 
How does Carbon 14 decay? correct answersC14 decays by B- 
 
Half life of C-14 Carbon 14 is correct answers5715 yrs 
 
How does Nitrogen-16 decay? correct answersN-16 decays by B- 
 
Half life...
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Add to carthalf life of H-3 Tritium is correct answers12.3 yrs 
 
How does Tritium decay? correct answersH3 is a B- 
 
How does Carbon 14 decay? correct answersC14 decays by B- 
 
Half life of C-14 Carbon 14 is correct answers5715 yrs 
 
How does Nitrogen-16 decay? correct answersN-16 decays by B- 
 
Half life...
Average energy of a positron emitted during positron decay? correct answers4/10 or 0.4 of the maximum energy. 
 
1 WLM = ? correct answers1 rem CEDE 
 
Radiation exposure to miners is regulated by? correct answers30 CFR 
 
Maximum dose allowed to miners is? correct answers4 WLM per year 
 
A geiger ...
Preview 2 out of 11 pages
Add to cartAverage energy of a positron emitted during positron decay? correct answers4/10 or 0.4 of the maximum energy. 
 
1 WLM = ? correct answers1 rem CEDE 
 
Radiation exposure to miners is regulated by? correct answers30 CFR 
 
Maximum dose allowed to miners is? correct answers4 WLM per year 
 
A geiger ...
Question Number: 699 Applied Radiation Protection 
 
For calculating dose to an organ from internal sources, the "specific effective energy" of a radionuclide is BEST described as: 
 
A) the energy given off by the radionuclide per unit of radionuclide activity. 
B) the energy absorbed per unit ma...
Preview 4 out of 151 pages
Add to cartQuestion Number: 699 Applied Radiation Protection 
 
For calculating dose to an organ from internal sources, the "specific effective energy" of a radionuclide is BEST described as: 
 
A) the energy given off by the radionuclide per unit of radionuclide activity. 
B) the energy absorbed per unit ma...
Question Number: 399 Detection and Measurement 
 
In NTE (nuclear track emulsion) film, the tracks are caused by: 
 
A) alpha particles. 
B) beta particles. 
C) gamma photons. 
D) recoil neutrons. 
E) recoil protons. 
The correct answer is: E 
 
In this fast neutron responsive dosimeter, recoil prot...
Preview 4 out of 154 pages
Add to cartQuestion Number: 399 Detection and Measurement 
 
In NTE (nuclear track emulsion) film, the tracks are caused by: 
 
A) alpha particles. 
B) beta particles. 
C) gamma photons. 
D) recoil neutrons. 
E) recoil protons. 
The correct answer is: E 
 
In this fast neutron responsive dosimeter, recoil prot...
With which of the following is a photoelectric interaction more probable? correct answerslow energy x-rays 
 
The probability of a radiographer being struck by x-ray photons is greater with which of the following? correct answerscompton scattering 
 
What are the two most common elements in the huma...
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Add to cartWith which of the following is a photoelectric interaction more probable? correct answerslow energy x-rays 
 
The probability of a radiographer being struck by x-ray photons is greater with which of the following? correct answerscompton scattering 
 
What are the two most common elements in the huma...
The Geiger-Muller detector is the most common _____? correct answersRadiation survey instrument 
 
What does a GM detector serve as? correct answersIndicates the presence of any radiation above background. Is the primary portable radiation survey instrument for area monitoring in nuclear medicine fa...
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Add to cartThe Geiger-Muller detector is the most common _____? correct answersRadiation survey instrument 
 
What does a GM detector serve as? correct answersIndicates the presence of any radiation above background. Is the primary portable radiation survey instrument for area monitoring in nuclear medicine fa...
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