Question 1

The formula mv (mass × velocity)is used to determine

Accepted Answer

A) power 
B) force 
C) work 
D) momentum 
A) power 
B) force 
C) work 
D) momentum

Question 2

The metric system is also known as the

Accepted Answer

A) British system 
B) System International (SI) 
C) System of Units (SU) 
D) French system 
A) British system 
B) System International (SI) 
C) System of Units (SU) 
D) French system

Question 3

Einstein's formula,E = MC²,demonstrates the relationship between

Accepted Answer

A) matter and energy 
B) energy and electricity 
C) electricity and mass 
D) mass and electromagnetic energy 
A) matter and energy 
B) energy and electricity 
C) electricity and mass 
D) mass and electromagnetic energy

Question 4

_______________ is equal to distance traveled divided by the time needed to cover that distance.

Accepted Answer

A) Work 
B) Momentum 
C) Velocity 
D) Acceleration 
A) Work 
B) Momentum 
C) Velocity 
D) Acceleration

Question 5

Newton is the unit of measure of

Accepted Answer

A) velocity 
B) momentum 
C) force 
D) acceleration 
A) velocity 
B) momentum 
C) force 
D) acceleration

Question 6

How much work is done if 5 N of force is used to lift a box 3 meters high?

Accepted Answer

A) 15 W. 
B) 15 kg-m/s. 
C) 15 N/s. 
D) 15 J. 
A) 15 W. 
B) 15 kg-m/s. 
C) 15 N/s. 
D) 15 J.

Question 7

How much force is needed to move a 20-kg box whose acceleration is 5 m/s²?

Accepted Answer

A) 100 N. 
B) 100 W. 
C) 100 m/s². 
D) 100 m/s. 
A) 100 N. 
B) 100 W. 
C) 100 m/s². 
D) 100 m/s.

Question 8

Velocity,acceleration,and work are

Accepted Answer

A) fundamental quantities 
B) derived quantities 
C) radiologic quantities 
D) none of the above 
A) fundamental quantities 
B) derived quantities 
C) radiologic quantities 
D) none of the above

Question 9

How much work is done if a force of 20 N is applied to move a patient 100 meters?

Accepted Answer

A) 0.5 J. 
B) 5 J. 
C) 200 J. 
D) 2000 J. 
A) 0.5 J. 
B) 5 J. 
C) 200 J. 
D) 2000 J.

Question 10

The shortened form of the radiologic quantity curie is

Accepted Answer

A) Cr 
B) Ci 
C) Ce 
D) Cu 
A) Cr 
B) Ci 
C) Ce 
D) Cu

Question 11

Who brought attention to the dangers of x-rays?

Accepted Answer

A) Wilhelm Roentgen. 
B) Bertha Roentgen. 
C) Crookes. 
D) Thomas Edison. 
A) Wilhelm Roentgen. 
B) Bertha Roentgen. 
C) Crookes. 
D) Thomas Edison.

Question 12

Mass does not change with gravitational force.

Accepted Answer

A) True 
 B)False

Question 13

The formula ma (mass × acceleration)is for

Accepted Answer

A) power 
B) force 
C) work 
D) momentum 
A) power 
B) force 
C) work 
D) momentum

Question 14

X-rays were discovered

Accepted Answer

A) November 8,1805 
B) November 8,1875 
C) November 8,1895 
D) November 8,1985 
A) November 8,1805 
B) November 8,1875 
C) November 8,1895 
D) November 8,1985

Question 15

Barium platinocyanide was the material in Dr.Roentgen's laboratory that

Accepted Answer

A) covered the cathode ray tube 
B) fluoresced when the cathode ray tube was energized 
C) was used to produce the radiograph of Bertha Roentgen's hand 
D) protected the people in the room from the x-rays 
A) covered the cathode ray tube 
B) fluoresced when the cathode ray tube was energized 
C) was used to produce the radiograph of Bertha Roentgen's hand 
D) protected the people in the room from the x-rays

Question 16

Wilhelm Roentgen's lab was located in

Accepted Answer

A) Wurzburg 
B) Zurich 
C) Paris 
D) Boston 
A) Wurzburg 
B) Zurich 
C) Paris 
D) Boston

The formula mv (mass × velocity)is used to determine

The metric system is also known as the

Einstein's formula,E = MC²,demonstrates the relationship between

_______________ is equal to distance traveled divided by the time needed to cover that distance.

Newton is the unit of measure of

How much work is done if 5 N of force is used to lift a box 3 meters high?

How much force is needed to move a 20-kg box whose acceleration is 5 m/s²?

Velocity,acceleration,and work are

How much work is done if a force of 20 N is applied to move a patient 100 meters?

The shortened form of the radiologic quantity curie is

Who brought attention to the dangers of x-rays?

Mass does not change with gravitational force.

The formula ma (mass × acceleration)is for

X-rays were discovered

Barium platinocyanide was the material in Dr.Roentgen's laboratory that

Wilhelm Roentgen's lab was located in

Structure of the Atom

Electromagnetic and Particulate Radiation

The X-Ray Circuit

The X-Ray Tube

X-Ray Production

X-Ray Interactions With Matter

Image Production

Image Quality and Characteristics

Radiographic Exposure Technique

Scatter Control

Image Receptors

Exposure Technique Selection

Image Intensified Fluoroscopy

Additional Equipment

Computed Tomography

Filters

Exam 1: Introduction to the Imaging Sciences

The formula mv (mass × velocity)is used to determine

The metric system is also known as the

Einstein's formula,E = MC²,demonstrates the relationship between

_______________ is equal to distance traveled divided by the time needed to cover that distance.

Newton is the unit of measure of

How much work is done if 5 N of force is used to lift a box 3 meters high?

How much force is needed to move a 20-kg box whose acceleration is 5 m/s²?

Velocity,acceleration,and work are

How much work is done if a force of 20 N is applied to move a patient 100 meters?

The shortened form of the radiologic quantity curie is

Who brought attention to the dangers of x-rays?

Mass does not change with gravitational force.

The formula ma (mass × acceleration)is for

X-rays were discovered

Barium platinocyanide was the material in Dr.Roentgen's laboratory that

Wilhelm Roentgen's lab was located in

Structure of the Atom

Electromagnetic and Particulate Radiation

The X-Ray Circuit

The X-Ray Tube

X-Ray Production

X-Ray Interactions With Matter

Image Production

Image Quality and Characteristics

Radiographic Exposure Technique

Scatter Control

Image Receptors

Exposure Technique Selection

Image Intensified Fluoroscopy

Additional Equipment

Computed Tomography

Filters