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RADIATION PROTECTION: ARRT BOARD EXAM QUESTIONS AND CORRECT DETAILED ANSWERS A+ GRADED $16.49   Add to cart

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RADIATION PROTECTION: ARRT BOARD EXAM QUESTIONS AND CORRECT DETAILED ANSWERS A+ GRADED

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What is used to account for the differences in tissue sensitivity to ionizing radiation when determining effective dose E Choose all that apply 1. Tissue weighting factors Wt 2. Radiation weighting factors Wr 3. Absorbed dose - ANS 1. Tissue weighting factors Wt Bushong 8th editi...

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  • September 24, 2024
  • 67
  • 2024/2025
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  • Questions & answers
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K
C
LO
YC
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U
ST




RADIATION PROTECTION: ARRT BOARD
EXAM QUESTIONS AND CORRECT
DETAILED ANSWERS A+ GRADED

,What is used to account for the differences in tissue sensitivity to ionizing radiation when
determining effective dose E

Choose all that apply

1. Tissue weighting factors Wt
2. Radiation weighting factors Wr
3. Absorbed dose - ANS 1. Tissue weighting factors Wt




K
Bushong 8th edition page 556




C
The _______ represents the relative tissue _______ of irradiated material examples muscle vs
intestinal epithelium vs bone




LO
1. Tissue weighting factors Wt/radiosensitivity
2. Radiation weighting factors Wr/radiosensitivity
3. Absorbed dose/radiosensitivity - ANS 1. Tissue weighting factors Wt/radiosensitivity
YC
Bushong 8th edition page 556

The radiation ______ is a number assigned to different types of ______ in order to better
determine their effect on tissue examples xray vs alpha particles.

1. Tissue weighting factors Wt/ionizing radiations
D

2. weighting factor Wr/ionizing radiations
3. Absorbed dose/ionizing radiations - ANS 2. weighting factor Wr/ionizing radiations
U


Bushong 8th edition page 556
ST




The Wr of the different ionizing radiations depends on the ______ of that particular radiation.

1. BET
2. EBT
3. LET - ANS 3. LET

Bushong 8th edition page 556

The following formula is used to determine effective dose E:

1. E=Wr x Wt x absorbed dose

,2. E=Wr + Wt + absorbed dose
3. E=Wr - Wt - absorbed dose - ANS 1. E=Wr x Wt x absorbed dose

Bushong 8th edition page 556

According to the national council on radiation protection and measurements NCRP, the monthly
gestational dose equivalent limit for embryo/fetus of a pregnant radiographer is

a. 0.1 mSv
b. 0.5 mSv




K
c. 1.0 mSv
d. 5.0 mSv - ANS b. 0.5 mSv




C
Bushong 8th edition page 557

________ which expresses the rate at which particulate or photon energy is transferred to the




LO
absorber

1. BET
2. EBT
3. LET - ANS 3. LET
YC
Thompson et al page 419

LET is best defined as
Choose all that apply
D

1. a method of expressing radiation
2. a measure of the rate at which radiation energy is transferred to soft tissue
3. absorption of polyenergetic radiation - ANS 1. a method of expressing radiation
U


2. a measure of the rate at which radiation energy is transferred to soft tissue

Thompson et al page 419
ST




Guidelines state that the occupational gestational dose equivalent limit for embryo/fetus of a
pregnant radiographer is ______, not to exceed ______in 1 month

a. 5 mSv aka 500 mrem
b. 5 mSv aka 200 mrem
c. 5 mSv aka 100 mrem - ANS a. 5 mSv aka 500 mrem/0.5 mSv




Bushong 8th edition page 557

, According to the NCRP the annual occupational whole body dose equivalent limit is _____ mSv
(5 rem or 5,000 mrem).

A. 20
B. 30
C. 50 - ANS C. 50 mSv

Bushong 8th edition page 557




K
The annual occupational whole body dose equivalent limit for students under the age of 18
years is 1 mSv aka 100 mrem or 0.1 rem.




C
a. 10 mSv
b. 100 mSv
c. 1 mSv - ANS c. 1 mSv




LO
Bushong 8th edition page 557
YC
The annual occupational dose equivalent limit for the lens of eye is ______

a. 350 mSv aka 15 rem
b. 550 mSv aka 15 rem
c. 150 mSv aka 15 rem - ANS c. 150 mSv aka 15 rem
D

Bushong 8th edition page 557
U


The annual occupational dose equivalent limit for the thyroid, skin and extremities is _______

a. 200 mSv aka 50 rem.
ST




b. 300 mSv aka 50 rem.
c. 500 mSv aka 50 rem. - ANS c. 500 mSv aka 50 rem

Bushong 8th edition page 557

A time of 1.5 minutes is required for a particular fluoroscopic examination, whose exposure rate
is 275 mR/h. What is the approximate radiation exposure for the radiologic staff present in the
fluoroscopy room during the examination

a. 183 mR
b. 68.7 mR

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