Mosby Chap 7 Test 2 Q 74-147

Front 1

If the thickness of an intensifying screen's phosphor layer is decreased, what effect will there be on the screen's intensification factor?

Back 1

Decrease

Front 2

If there is a decrease in film-screen contact, what effect will there be on the film-screen system's resolution?

Back 2

Decrease

Front 3

If the intensifying screen phosphor size is decreased, what effect will there be on the screen's resolution?

Back 3

Increase

Front 4

If kVp is increased, what effect will there be on the speed on an intensifying screen?

Back 4

Increase

Front 5

If the intensifying screen phosphor size is decreased, what effect will there be on the screen's speed?

Back 5

Decrease

Front 6

If the thickness of an intensifying screen's phosphor layer is decreased, what effect will there be on the screen's resolution?

Back 6

Increase

Front 7

If the thickness of an intensifying screen's phosphor layer is increased, what effect will there be on the screen's speed?

Back 7

Increase

Front 8

If there is an increase in the light-absorbing dye in the active layer of an intensifying screen, what will there be on the screen's speed?

Back 8

Decrease

Front 9

Fig. 7-16 on pg 257 for # 82-89.
Which film has the largest silver halide crystals?

Back 9

D

Front 10

Which film demonstrates the least number of gray tones?

Back 10

D

Front 11

Which film allows for the greasted reduction on patient dose?

Back 11

D

Front 12

Which film will image the smallest detatils?

Back 12

A

Front 13

Which film is the least sensitive to x-rays and light?

Back 13

A

Front 14

Which film has the lowest number of sensitivity specks?

Back 14

A

Front 15

Which film demonstrates the narrowest range of OD numbers?

Back 15

D

Front 16

Which film has the narrowest latitude?

Back 16

D

Front 17

If the angle on the anode is decreased, what effect is there on recorded detail?

Back 17

Increase

Front 18

If mAs is increased by four times, what effect is there on radiographic contrast?

Back 18

Decrease

Front 19

If SID is increased, what is the effect on density?

Back 19

Decrease

Front 20

If OID is decreased, what is the effect on recorded detail?

Back 20

Increase

Front 21

If the developer temperature is decreased, what happens to radiographic density?

Back 21

Decrease

Front 22

If kVp is increased, what happens to radiographic contrast?

Back 22

Decrease

Front 23

If there is a decrease on film-screen system speed, what happens to recorded detail?

Back 23

Increase

Front 24

In a conversion from nongrid to a 12:1 grid, what happens to radiographic contrast?

Back 24

Increase

Front 25

If SID is decreased from 60 inches to 30 inches, what happens to magnification?

Back 25

Increase

Front 26

If kVp is decreased, what happens to recorded detail?

Back 26

No appreciable effect

Front 27

If the film is moved from tabletop to Bucky, what happens to recorded detail?

Back 27

Decrease

Front 28

If there is a decrease in source-to-object distance, what happens to recoreded detail?

Back 28

Decrease

Front 29

If there is an increase in film immersion time, what happens to recorded detail?

Back 29

No appreciable effect

Front 30

If there is an increase in filtration, what happens to contrast?

Back 30

Decrease

Front 31

If collimation is severely tightened, what happens to radiographic density?

Back 31

Decrease

Front 32

If a cylinder cone is added, what effect is there on radiographic contrast?

Back 32

Increase

Front 33

If the focal spot is changed from large to small, what happens to radiographic density?

Back 33

No appreciable effect

Front 34

What occurs when an incident electron interacts with the force field of an atomic nucleus?

Back 34

Bremsstrahlung

Front 35

What occurs when an incident photon interacts with an outer-shell electron, producing a scatter photon and a recoil electron?

Back 35

Compton interaction

Front 36

What occurs when an incident electron dislodges a K-shell electron?

Back 36

Characteristic radiation

Front 37

What processor system clouds immersion time?

Back 37

Transport sytem

Front 38

What processor sytem replaces expended developer and fixer?

Back 38

Replenishment system

Front 39

What "seasons" fresh developer solution?

Back 39

Starter solution

Front 40

What processor system filters reaction particles from the developer?

Back 40

Recirculation system

Front 41

The carpal bones are arranged in two rows as follows:

Back 41

Proximal row( scaphoid, lunate, triquetral, pisiform) and distal( trapezium, trapezoid, capitate, hamate)

Front 42

The prominent point of the elbow is called the:

Back 42

Olecranon, part of the ulna

Front 43

Imaging of what pathologic condition would require radiography of the cervical spine?

Back 43

Jefferson's fracture

Front 44

Imaging of what pathologic condition would require radiography of the hand?

Back 44

Boxer's fracture

Front 45

Imaging of what pathologic condition would require radiography of the distal forearm?

Back 45

Colles' fracture

Front 46

Imaging of what pathologic condition would require radiography of the feet?

Back 46

Talipes( Clubfoot)

Front 47

Imaging of what pathologic condition would require radiography of the entire spine?

Back 47

Ankylosing spondylitis

Front 48

Fig 7-17 on pg 260 # 122-127 (Hand).
The structure designated as I is the:

Back 48

Distal interphalangeal joint

Front 49

The structure designated as II is the:

Back 49

Metacarpophalangeal joint

Front 50

The structure designated as III is the:

Back 50

Ulna

Front 51

The structure designated as IV is the:

Back 51

Pisiform

Front 52

The structure designated as V is the:

Back 52

Trapezoid

Front 53

The structure designated as VI is the:

Back 53

Capitate

Front 54

Fig 7-18 on pg 261 # 128-132 (Elbow).
The structre designated as I is the:

Back 54

Radial head

Front 55

The structure designated as II is the:

Back 55

Coronoid fossa

Front 56

The structure designated as III is the:

Back 56

Lateral epicondyle

Front 57

The structure designated as IV is the:

Back 57

Trochlea

Front 58

The structure designated as V is the:

Back 58

Medial epicondyle

Front 59

Fig. 7-19 on pg 261 # 133-137

The structure designated as I is the:

Back 59

Lamina

Front 60

The structure designated as II is the:

Back 60

Pedicle

Front 61

The structure designated as III is the:

Back 61

Spinous process

Front 62

The structure designated as IV is the:

Back 62

Superior articular process

Front 63

The sturcture designated as V is the:

Back 63

Inferior articular process

Front 64

Fig 7-20 on pg 262 # 138-141
The structure designated as I is the:

Back 64

Tuberosity

Front 65

The structure designated as II is the:

Back 65

Lateral condyle

Front 66

The structure designated as III is the:

Back 66

Intercondylar eminence

Front 67

The structure designated as IV is the:

Back 67

Medial condyle

Front 68

Fig 7-21 on pg 262 # 142-147

The structure designated as I is the:

Back 68

Axillary border

Front 69

The strucutre designated as II is the:

Back 69

Acromion

Front 70

The structure designated as III is the:

Back 70

Vertebral border

Front 71

The structure designated as IV is the:

Back 71

Scapular notch

Front 72

The structure designated as V is the:

Back 72

Glenoid fossa

Front 73

The structure designated as VI is the:

Back 73

Coracoid process