wayground logo

Free Printable Worksheets

NEW

Font size

S
M
L
XL
Worksheets

Chapter 7 /RADBIO questions

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

Which of the following is attributed to linear energy transfer?

a)

It is the same for wave and particulate radiations used in diagnosis and treatment.

b)

It is the same for all types of radiation.

c)

It only occurs during x-ray procedures.

d)

It varies for different types of radiation.

2.

What imaging modality uses the unit of measurement known as the Bq?

a)

Sonography

b)

Nuclear medicine

c)

Direct digital radiography

d)

Computed radiography

3.

Medical and dental x-rays are examples of:

a)

human-produced radiation.

b)

nonionizing radiation.

c)

natural background radiation.

d)

ionizing, natural background radiation.

4.

What is the cumulative effective dose limit for a 31-year-old radiographer?

a)

31 mSv

b)

31 rem

c)

31 Gy

d)

31 rad

5.

What is the annual effective absorbed dose equivalent limit for the general public (frequent exposure)?

a)

0.1 mSv

b)

0.01 mSv

c)

1 mSv

d)

10 mSv

6.

As LET _____, biological damage ____

a)

decreases;decreases

b)

increases;decreases

c)

decreases;increases

d)

decreases; not effected

7.

When low LET radiations interact with tissues, they cause damage through:

a)

indirect action

b)

direct action

c)

production of free radicals

d)

RBE

8.

Average energy deposited per unit length of track by ionizing radiation as it passes through & interacts with a medium along its path describes;

a)

Linear Energy Transfer

b)

Oxygen Enhancement Ratio

c)

Relative Biologic Effectiveness

d)

High Linear Energy Transfer

9.

When LET increases, the chance of a significant biologic response in the radiosensitive DNA macromolecule

a)

decreases slightly.

b)

also increases.

c)

decreases considerably.

d)

remains constant, not increasing or decreasing.

10.

Direct action may occur after exposure to any type of radiation, but it is much more likely to occur after exposure to

a)

low-LET radiation such as gamma rays.

b)

low-LET radiation such as x-rays.

c)

high-LET radiation such as alpha particles.

d)

nonionizing radiation such as microwaves.