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LMR 3oo Midterm Review

Total questions: 120

Worksheet time: 2hrs 0mins

Name
Class
Date
1.

How many degrees and in what direction should the foot be rotated for the AP oblique projection to demonstrate the 5th toe?

a)

30 degrees laterally

b)

30 degrees medially

c)

45 degrees AP

d)

50 degrees Laterally

2.

How many degrees and in what direction should the foot be rotated for the AP oblique projection to best demonstrate the great toe?

a)

30 degrees medially

b)

15-20 degrees laterally

c)

30-45 degrees laterally

d)

30 degrees laterally

3.

what other projection term refers to the AP projection of the foot?

a)

malleoli

b)

Dorsoplantar

c)

phalanges

d)

plantar

4.

How many degrees and in what direction should the central ray be directed for the AP axial of the foot?

a)

45 cephald

b)

20-30 degrees calcaneous

c)

15 degrees cephald

d)

10 degrees toward the calcaneous

5.

How many degrees and in what direction should the foot be rotated for the AP oblique projection of the foot?

a)

20 degrees laterally

b)

15-20 degrees medially

c)

30 - 45 degrees medially or laterally

d)

70 degrees laterally

6.

Which projection of the foot best demonstrates the cuboid and its articulations?

a)

Lateral toe

b)

Medial oblique foot

c)

Lateral foot

d)

Dorsoplantar AP

7.

which projection of the foot best demonstrates the sinus tarsi?

a)

AP weight bearing

b)

Medial oblique foot

c)

Lateral oblique foot

d)

Mediolateral foot

8.

which projection of the foot best demonstrates the bases of the 4th and 5th metatarsals free from superimposition?

a)

Lateral foot

b)

mediolateral foot

c)

Lateral weight bearing foot

d)

Laterally oblique foot

9.

How many degrees and in what direction should the central ray be directed for the axial (plantardorsal) projection of the calcaneus?

a)

40 degrees cephald at base of 3rd metatarsal

b)

30 degrees cephald at base of 3rd metatarsals

c)

10 degrees cauded, wherever

d)

30-40 degreess

10.

where should the central ray enter for the lateral projection of the ankle?

a)

parallel directed to the 3rd metatarsal

b)

parallel directed to the mallelous

c)

perpendicular directed to the medial mallelous

d)

perpendicular directed to the medial mallelous

11.

How many degrees and in which direction should the foot and leg be rotated to best demonstrate the mortise joint for the AP oblique projection of the ankle?

a)

30-45 degrees plaing the intermalleolar perpendicular to the IR

b)

15-20 degrees internally placing the intermalleolar parallel to the IR

c)

30-45 degrees lateral

d)

45 degrees medial

12.

which projection of the ankle best demonstrates the tibiofibular joint space free from bony superimposition?

a)

15-20 medially

b)

45 degrees lateral oblique

c)

70 degrees lateral

d)

45 degrees medial oblique

13.

which projection of the ankle should be preformed to best demonstrate a ligamentous tear?

a)

lateral oblique

b)

Alternate/ special Ankle projection/ Ap stress/ Ap w/ inversion and eversion

c)

dorsoplantar

d)

lateral ankle

14.

what position was performed for the above radiograph?

a)

lateral-mediolateral

b)

Lateral oblique

c)

Dorsal plantar

d)

AP weight bearing

15.

what position/ projection was preformed for the about radiograph?

a)

Right lateral ankle

b)

Left medial lateral ankle

c)

Left lateral foot

d)

AP weight bearing

16.

what position.projection was preformed on the above radiograph?

a)

right mediolateral foot

b)

left medial lateral foot

c)

right medial lateral foot

d)

left lateral foot

17.

what position was performed?

a)

lateral oblique

b)

medial lateral

c)

medial oblique

d)

ap foot

18.

what position/projection was preformed for the above radiograph?

a)

AP Mortise projection medial oblique

b)

Ap Mortise projection lateral oblique

c)

lateral oblique

d)

medial oblique

19.

what position was performed for the above radiograph?

a)

AP ankle

b)

AP weight bearing

c)

lateral ankle

d)

mediolateral ankle

20.

the medial malleolus is part of the?

a)

Tibia

b)

Femur

c)

Fibia

d)

Humerus

21.

which position of the foot will best demonstrate the lateral (3rd) cuneiform?

a)

AP

b)

AP oblique with medial oblique

c)

AP oblique with lateral oblique

d)

lateral oblique

22.

what is one advantage of the lateralomedial projection of the foot?

a)

the foot assumes true lateral

b)

the foot becomes superimposed

c)

the foot is over rotated

d)

the foot is under rotated

23.

what CR angulation is required for the AP oblique projection of the foot?

a)

CR is perpendicular

b)

CR is parallel

c)

NONE

d)

CR is cephalad

24.

where is the CR placed for a mediallateral projection of the calcaneous?

a)

1in distal to medial malleolus perpendicular

b)

3-4in distal to medial malleolus

c)

1in proximal to medial malleolus

25.

How much rotation from the AP of the ankle will typically produce on AP mortise projection?

a)

15 degrees medially

b)

45 degrees

c)

15-20 degrees

d)

none

26.

SITUATION: a radiograph of an AP ankle projection revels that the tibiofibular lateral joint space is not open what should the tech do to correct this?

a)

Nothing, acceptable image

b)

rotate internally

c)

rotate mediolaterally

27.

The tangential projection for the sesamoid bone of the foot should be preformed with the patient prone rather than supine to minimize image magnification.

a)

True

b)

False

28.

the central ray is directed to which of the following for a AP and AP axial projection of the foot?

a)

base of the 3rd metatarsal

b)

5th metatarsal

c)

the phalanges

d)

3rd metatarsals

29.

what is the position of the femoral condyles when the leg is properly positioned for a AP projection of the lower leg?

a)

perpendicular to IR

b)

Parallel to IR

c)

none

30.

what is the position of the femoral condyles when the leg is properly positioned for a lateral projection of the lower leg?

a)

perpendicular to IR

b)

Parallel to IR

c)

im running out of fake answers!!

31.

which projection of the knee best demonstrates the femortibial joint space open if the patient measures more than 24 CM between the ASIS and the table top?

a)

AP knee, 3-5 degrees cephalad

b)

Lateral knee, 3-5 degress cephalad

c)

AP knee, perpendicular

32.

For the lateral projection of the knee, how many degree's should the knee be flexed?

a)

15-20 degrees

b)

20-30 degrees

c)

10-15 degrees

d)

45 degrees

33.

which projections of the knee best demonstrates the proximal tibiofibular articulations without bony superimpoosition?

a)

mediolateral oblique

b)

AP medial oblique knee

c)

AP knee

d)

PA knee

34.

which projections of the knee best demonstrates the femoropatella space open?

a)

AP knee

b)

Lateral knee

c)

Hyperflexion cervical

d)

PA axial intercondyle fossa: tunnel view

35.

what evaluation criteria indicate the knee is properly positioned for the lateral projetions?

a)

condyles arent superimposed

b)

true lateral

c)

20-30 degrees

d)

posterior borders of the femoral condyles directly superimposed

36.

which of the following evaluations criteria indicates that the knee is properly positioned for the AP projection?

a)

The femortibial joint space is open

b)

the femoral condyles are perpendicular

c)

the proximal tibiofibular articulation is open

d)

the patella is perpendicular to the IR

37.

where should the patella be demonstrated on the radiograph of the AP oblique projection of the knee with medial rotation?

a)

over the lateral condyle of the femur

b)

over the medial condyle of the femur

c)

centered betweeen the femoral condyles

d)

superimposed with the tibiofibular articulation

38.

which TWO projections of the knee is the patella completely superimposed on the femur?

a)

AP knee

b)

Lateral knee

c)

PA knee

d)

AP medial oblique knee

39.

for which projection of the knee should the patient be prone on the table, with the knee flexed until the leg forms a angle of 40 degrees with the table, and the central ray directed perpendicular to the long axis of the leg, entering the back side of the knee?

a)

lateral knee

b)

PA axial intercondyle foss: tunnel view

c)

45 degree medial oblique knee

d)

PA

40.

How should the central ray be directed for the bilateral weight bearing AP projection of the knees

a)

perpendicular to IR 1in below apex of patella

b)

1in above the base of the patella

c)

perpendicular to IR

d)

parallel to IR

41.

what is the purpose of the CR angle on the lateral projection of the knee?

a)

femropatella joint space open

b)

patella seen in profile

c)

to shoot a lazer beam

d)

just for fun

42.

which essential knee is projection is used to evaluate arthritic knees?

a)

APweight bearing bilateral knee- pt supine

b)

PA axial intercondyle fossa- tunnel view

c)

AP weight bearing bilateral knee- pt erect

43.

what postion/projection was performed for the above radiograph?

a)

AP medial oblique knee

b)

PA Medial oblique knee

c)

AP weight bearing

d)

AP knee

44.

what position/ projection was performed for the above radioigraph?

a)

cephalic knee

b)

ap knee

c)

oblique knee

d)

lateral knee

45.

External/Lateral oblique knee

a)

TRUE

b)

FALSE

46.

where should the CR enter the patient for a AP projection of the knee?

a)

1/2 inch below the apex of the patella

b)

4 inches below apex of patella

c)

1/2 in above apex of patella

47.

if a knee xray is made while the patient is wearing denim jeans which of the following is likely to occur?

a)

Nothing, its fine

b)

Jeans will leave a artifact

c)

youll need to roatate more

48.

what is the correct amount of knee flexion for the Pa axial projection (holmbald method) of the intercondyle fossa ?

a)

70 degrees

b)

15-20 degrees

c)

0 degrees

d)

45 degrees

49.

which of the following method is used to demonstrate the patella and the femoropatella joint space?

a)

tanfential

b)

settegast method

c)

Holmbald Method

d)

pa

50.

a systemic disorder that increases the uric acid content of the blood and may cause a joint condition that commonly affects the feet is caused?

a)

UTI

b)

kidney stones

c)

Gout

51.

which projection of the knee best demonstrates the femorrpattela space open?

a)

medial projection

b)

lateral- mediolateral projection

c)

lateral projection

52.

a patient comes to the radiology department for a knee study with special interest in the region of proximal tibiofibular joint and lateral femoral condyles which positions?

a)

AP

b)

Lateral

c)

Medial oblique knee

d)

Pa knee

53.

which positioning maneuver should be performed to prevent the femoral neck from appearing foreshortened in the AP projection of the femur?

a)

AP pelvis- rotate legs and feet externally 15-20 degrees

b)

AP pelvis- rotate legs and feet internally 15-20 degrees

c)

none

54.

For the lateral projection of the femur, how should the pelvis be positioned to demonstrate only the knee joint with the distal femur?

a)

Epicondyles superimposed

b)

perpendicular to IR

c)

flex knee 45

d)

unaffected leg over top of effected leg

55.

where should the top of the IR be for the AP projection of the pelvis?

a)

1-2in above illiac crest

b)

between the ASIS and symphysis pubis

c)

1-2in below the illiac crest

56.

where on the midline of the patient should the central ray enter for the AP projection of the pelvis?

a)

2 inches above the illiac crest

b)

2 inches above the pubic symphysis

c)

at the level of the ASIS

d)

2 inches above the level of the ASIS

57.

which positioning maneuver should be performed to place the femoral head and femoral necks in a true AP for an AP projection of the pelvis?

a)

pt supine

b)

pelvis not roated

c)

rotate legs/feet 15-20 degrees internally

d)

do nothing

58.

for the lateral hip what is the purpose of abducting femur the required number of degrees?

a)

to position the pelvis in the true lateral

b)

to prevent superimposing the acetabulum with the pelvis

c)

to position the femoral necks parallel and in profile with the IR

d)

to prevent superimposing the femoral head with acetabulum

59.

which projection of the femur is contraindicated for patients with suspected fracture or destructive disease?

a)

two right angle views

b)

one right angle view

c)

2 left angle views

d)

cephalad

60.

a patient had rod securing a fractured femur. what is critical to include in the radiographs of the femur post surgery?

a)

make sure whole rod is in it

b)

no need to get rod

c)

only half of the rod

61.

what is the purpose of the CR on the lateral projection of the knee?

a)

open femoropatellar joint space/ patella for true lateral

b)

epicondyles superrimposed

c)

greater trochantar visible

d)

nothing

62.

when evaluating an image, how can one tell if the lower limbs are positioned properly for the AP projection of the pelvis and upper femur?

a)

Greater Trochanter visible

b)

lesser trochanter not visible

c)

neck of femur vsible

d)

lesser trochnater visible

63.

which special projection of the hip can be used when a patient had limited mobilty or suspected fracture?

a)

Modified Axial

b)

Lateral View

c)

2 right angle views

d)

Mediolateral

64.

what position/projection was performed during the above radiograph?

a)

mediolateral- unilaterial frog leaves method

b)

mediolateral hip

c)

medial hip

d)

bilateral frog cleaved method

65.

what position/ projection was performed during the above radiograph?

a)

Ap pelvis/ Bilateral hips

b)

unilateral frog leg

66.

what position/projection was preformed in this radiograph?

a)

mediolateral frogs cleaves method

b)

AP unilateral/hip/proximal femur

c)

bilateral hips

67.

AP cervical SID

a)

40

b)

100

c)

72

68.

AP oblique cervical (what will give best image) SID

a)

72

b)

20-30 degrees

c)

40

d)

15-20 degrees

69.

Lateral cervical SID

a)

40

b)

72

c)

20-30 degrees

70.

what are the views we can use to visualize the otontoid (c1 and c2) and which views can we do to see the dens in the foramen magnum?

a)

lateral cerivcal spine

b)

AP open mouth and lateral

c)

anterior posterior oblique

d)

AP oblique cerivcal

71.

how do we visualize the zygopophyseal joint on a cervical spine?

a)

Lateral cervical spine

b)

ap cervical spine

c)

anterior / posterior oblique

d)

ap open mouth

72.

what vertebrae do we see on a lateral cervical spine, what can we so if we cant visualize the vertebrae we need?

a)

c2

b)

t4 cervial spine

c)

c1-c7,cervicothoracic lateral (swimmers) T1

73.

which position do we use to visualize the intervertebral foramina of the cervical spine?

a)

Hyperflexion cervical

b)

Ap cervical

c)

Lateral cervical

d)

anterior/posterior oblique

74.

why do we take the lateral cervical spine on full expiration?

a)

Make shoulders as high as possible

b)

Lower shoulder depression

c)

to make them breath heavy

75.

which intervertebral foramen are visualized on AP obiques? PA obliques?

a)

intervertebral foramen and pedicle of c1-c7 closet to IR

b)

Clavicle

c)

odontoid c1 and c2

76.

which projection of the cervical vertebrae should produce a radiographic image showing the patients mandibular body nearly perpendicular to the lower border of the radiograph?

a)

lateral hyperflexion

b)

medial hyperflexion

c)

Hyperextension

d)

PA cervical

77.

What position was the patient in for the above image?

How and where should the CR be directed?

in the image which cranial structure should be superimposed with the occlusal surface of the upper central incisors?

which vertebrates are demonstrated?

a)

AP open mouth

b)

perpendicular through open mouth

c)

base of the skull

d)

C1 and C2

78.

what position was the above image taken?

Which vertebrae should be demonstrated?

how should pt be positioned for mandible not to be superimposing vertbrae?

breathing instructions?

a)

lateral cervical spine

b)

C1-C7 and T1

c)

chin anterior to prevent mandible superimposing upper vertabrae

d)

suspend respiration on expiration

79.

in what body position is the patient ?

which side of the intervertebral foramina is demonstrated?

are they close to IR or furthest away?

a)

RAO-PA obilque cervical spine

b)

Right side

c)

Closet to IR

d)

furthest from IR

80.

what position is the pt in the above image?

which intervertabral foramina is demonstrated?

how many degrees should the entire body be rotated?

how much and in what direction should the CR be directed?

a)

RAO-PA oblique cervical spine

b)

C1-C7

c)

45 degreees

d)

15 degrees cauded to c4

81.

what is the name of the above image?

what is the rationale for doing this position for a cervical spine?

a)

cervicothoracic (swimmers) lateral

b)

hyperflexion cervical

c)

Humeral head should not be superimposed verterbrae

d)

Humeral head should be superimposed verterbrae

82.

why is it best to evaluate the distance from the ASIS and the table when performing a AP and oblique knee?

a)

so you dont go through the joint space

b)

to make sure your going through joint space

c)

to know the Kvp

83.

which position of the knee demonstrates the tibia and fibula free of superimposition ?

a)

AP medial oblique

b)

vitamin water

c)

lateral knee

d)

hyperflexion cervical

84.

how much should you flex the knee for a lateral projection?

a)

15-20 degree

b)

20-30 degree

c)

10 degree

d)

none

85.

why do we flex the knee 20-30 degrees in a lateral knee projection?

a)

for sleeping

b)

so its a true lateral

c)

so its straight

d)

because we feeling like it

86.

How do you determine correct position for a lateral knee projection?

a)

the knew is flexed

b)

its lateral

c)

condyles are aligned

d)

condyles arent aligned

87.

what is the CR angle for a lateral knee?

a)

5-7 degrees cephald

b)

3-5 degree cauded

c)

3-5 degree cephald

d)

perpendicular

88.

which position of the knee best demonstrates the femoropatellar joint space?

a)

Laterl

b)

AP

c)

Medial

89.

where will the patella be located on an AP knee radiograph?

a)

medially

b)

not superimposed

c)

superimposed on center of femur

d)

laterally

90.

what is the CR angle for the AP projection of the toes?

a)

10-15 degree toward calcaneous

b)

20-30 degrees cephalad

c)

20-30 degrees cauded

91.

what will be better demonstrated on AP toes with angle than AP toes done with a perpendicular angle?

a)

no space between the toes

b)

space between the toes

92.

what is the routine when radiographing the foot?

a)

Dorsoplatar

b)

medialoblique

c)

lateral

d)

AP

93.

what tarsal joint should be open on an AP projection of the foot?

a)

cuniform spaces

b)

navicular

c)

cuboid

d)

calcaneous

94.

what projection of the foot best demonstrates the sinus tarsi?

a)

medial oblique

b)

sinus tarsi

c)

mediolateral oblique

95.

the tuberosity of the 5th metatarsal?

a)

medial/lateral

b)

AP

c)

calcaneous

d)

you guys rock!

96.

which position best demonstrates the cuboid?

a)

lateral oblique foot

b)

medial oblique foot

97.

the lateral oblique would best demonstrate what?

a)

navicular, space between 1st and 2nd metatarsals

b)

3rd and 6th metatarsals

c)

nothing

98.

what joint opens up by dorsoflexing the foot?

a)

tibiotalar joint

b)

tibiofibular joint

c)

sinus tarsi

99.

how much rotation is required for the medial oblique ankle?

a)

45 degree

b)

50degree

c)

20 degree

d)

15 degree

100.

what joint is open on a radiograph of a medial oblique ankle?

a)

tibiofibular joint open sufficient obliquity

b)

tibiotalar joint open if dorsoflexed

101.

how much rotation is required to visualize an open tibiofibular joint?

a)

45 degree medial oblique

b)

50 degrees medial oblique

c)

20 degrees medial oblique

102.

what two positioning landmarks are used to locate the neck if the femur?

a)

symphysis pubis and ASIS

b)

at the the level of the ASIS

c)

at the symphysis pubis

103.

what must be done on an AP pelvis to ensure no foreshortening of the femoral neck?

a)

internally rotate 15-20 degrees

b)

externally rotate 15-20 degrees

c)

internally rotate 20-30 degrees

104.

what structure should be seen on an AP hip and AP pelvis if the feet were positioned correctly?

a)

greater trocanter/neck of femur

b)

lesser trochanter

105.

what structure should be seen minimally or not at all if the feet were positioned correctly on AP hip and or/ AP pelvis?

a)

lesser trochnater

b)

greatere trochanter

c)

neck of femur

106.

what structure indicates the patients leg or legs were abducted enough on a radiograph of a lateral hip or modified cleaves method?

a)

lesser trochanter are equally visualized

b)

greater trochanter is viualized

c)

femoral neck is visualized

107.

where is the central ray placed for a AP pelvis?

a)

above the symphsis pubis, below the ASIS

b)

lined up with the ASIS

c)

Midpoint of the femur

d)

wherever

108.

where is the central ray located for an AP unilateral hip?

a)

1/2 inch below the apex of the patella

b)

1-2 inches medial, 3-4in distal to the ASIS

c)

1 inch below the apex of the patella

109.

which specific positioning error is present when the left iliac wing is elongated on a AP pelvis radiograph?

a)

over rotated to the left

b)

over rotated to the right

c)

rotated 15 degrees

110.

which specific positioning error is present when the right illiac wing is foreshortened on AP pelvis radiograph?

a)

over rotated to the right

b)

over rotated to the left

111.

why must two separate radiographs be taken when radiographing an adult femur?

a)

its the biggest/ longest bone in the body

b)

its the shortest bone

c)

its a twig

112.

how should the affected leg be positioned when xraying the proximal femur?

a)

rotate leg internally

b)

femoral neck parallel

c)

greater trochanter

113.

how should the affect leg be positioned when xraying the distal femur?

a)

true AP

b)

femoral condyle parallel to IR

114.

what projections/position are included during a routine cervical spine ?

a)

AP cervical

b)

AP Axial

c)

AP open mouth

d)

Left / Right oblique

115.

why and which direction is the CR angled on a AP axial cervical spine?

a)

15-20 cephald

b)

15-20 cauded

c)

20-30 cephald

116.

why does a open mouth have to be included in a routine cervical spine?

a)

visible C7

b)

Visible C1-C2

c)

visible t7

117.

what structure would a LPO cervical spine best demonstrate ?

a)

spine

b)

interverebral foramen and pedices

c)

the scotty dog

118.

what structure would an RAO cervicle spine best demonstrate?

a)

right intervertebral foramen

b)

pedicles

119.

what is the SID for obliques of the cervical spine?

a)

72

b)

40

c)

32

d)

15

120.

the zygapophyseal joints are best demonstrated on which projection of the cericle spine?

a)

hyperflexion cervical spine

b)

AP Knee

c)

lateral cervical spine