Question 1

Dense material,like bone,is considered:

Accepted Answer

A)  radiopaque 
B)  easy to penetrate 
C)  radiolucent 
D)  less likely to absorb radiation 
A)  radiopaque 
B)  easy to penetrate 
C)  radiolucent 
D)  less likely to absorb radiation

Question 2

The energy of the photoelectron is equal to:

Accepted Answer

A)  the binding energy of the orbital electron minus the energy of the incident photon 
B)  the energy of the incident photon minus the binding energy of the orbital electron 
C)  the binding energy of the orbital electron plus the energy of the incident photon 
D)  none of the above 
A)  the binding energy of the orbital electron minus the energy of the incident photon 
B)  the energy of the incident photon minus the binding energy of the orbital electron 
C)  the binding energy of the orbital electron plus the energy of the incident photon 
D)  none of the above

Question 3

In reference to patient radiation dose,classical scatter interactions:

Accepted Answer

A)  slightly increase dose 
B)  significantly increase dose 
C)  have no effect on dose 
D)  slightly decrease dose 
A)  slightly increase dose 
B)  significantly increase dose 
C)  have no effect on dose 
D)  slightly decrease dose

Dense material,like bone,is considered:

The energy of the photoelectron is equal to:

In reference to patient radiation dose,classical scatter interactions:

Introduction to the Imaging Sciences

Structure of the Atom

Electromagnetic and Particulate Radiation

X-Ray Circuit

The X-Ray Tube

X-Ray Production

Image Production

Image Characteristics

Radiographic Exposure Technique

Scatter Control

Image Receptors

Automatic Exposure Control

Image Intensified Fluoroscopy

Additional Equipment

Computed Tomography

Filters

Exam 7: X-Ray Interactions With Matter

Dense material,like bone,is considered:

The energy of the photoelectron is equal to:

In reference to patient radiation dose,classical scatter interactions:

Introduction to the Imaging Sciences

Structure of the Atom

Electromagnetic and Particulate Radiation

X-Ray Circuit

The X-Ray Tube

X-Ray Production

Image Production

Image Characteristics

Radiographic Exposure Technique

Scatter Control

Image Receptors

Automatic Exposure Control

Image Intensified Fluoroscopy

Additional Equipment

Computed Tomography

Filters