Ma209 Midterm Part 2

Front 1

FOVEA CAPITIS IS LOCATED AT THE APEX OF THE

Back 1

FEMUR HEAD

Front 2

MEDIAL BONE IN THE LOWER LEG

Back 2

TIBIA

Front 3

PROXIMAL FROM LATERAL CONDYLE OF FEMUR IS THE

Back 3

LATERAL EPICONDYLE

Front 4

LATERAL TO NAVICULAR IS THE

Back 4

CUBOID

Front 5

KNOBLIKE PROTUBERANCE ON ANTERIOR SIDE TIBIA IS

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TIBIAL PLATEAU

Front 6

LIES BETWEEN THE CONDYLES OF FEMUR POSTERIORLY

Back 6

INTERCONDYLAR FOSSA

Front 7

HEEL BONE

Back 7

CALCANEUS

Front 8

BONES OF ARE METATARSALS AND PHALANGES

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FOOT

Front 9

LESSER TROCHANTER IS TO THE GREATER TROCHANTER

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INFERIOR

Front 10

THERE ARE METATARSAL BONES IN EACH FOOT

Back 10

5

Front 11

IS THE LONGEST AND HEAVIEST BONE IN THE BODY

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FEMUR

Front 12

INTERCONDYLAR EMINENCES *AKA*

Back 12

TIBIAL SPINES

Front 13

BONE PROXIMAL TO CUNEIFORMS IS THE

Back 13

NAVICULAR

Front 14

INTERTARSAL JOINTS ARE

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GLIDING JOINTS

Front 15

DIGITS 2-5 HAVE

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3 LONG BONES EACH

Front 16

LATERAL TO THE CUNEIFORM IN THE MIDFOOT IS THE

Back 16

CUBOID

Front 17

FEMORAL CONDYLES & TIBIAL PLATEAU FORM THE

Back 17

KNEE

Front 18

TALUS *AKA*

Back 18

ANKLE BONE

Front 19

NAVICULAR *AKA*

Back 19

SCAPHOID

Front 20

LATERAL BONE IN LOWER LEG

Back 20

FIBULA

Front 21

SMALL SEASMOID BONES IN BACK OF KNEE ARE

Back 21

FLABELLA

Front 22

LIES ANTERIOR TO DISTAL FEMUR

Back 22

PATELLA

Front 23

APEX OF PATELLA IS ON THE

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DISTAL/INFERIOR END

Front 24

MEDIAL BONE IN LOWER LEG

Back 24

TIBIA

Front 25

PROMINENCE THAT INSERTS INTO THE HIP

Back 25

HEAD

Front 26

ON A BASIC LOWER LEG IT IS PREFERRED TO HAVE BOTH JOINTS VISIBLE?

Back 26

TRUE

Front 27

AP KNEE THE CR MAY BE ANGLED 5*

Back 27

CEPHALAD/CEPHALIC

Front 28

CR ON A TOE IS PERPENDICULAR TO THE JOINT

Back 28

MTP

Front 29

AP YOU WILL SEE LATERAL MALLEOLUS, MEDIAL MALLEOLUS, AND SUPERIOR PORTION OF TALUS

Back 29

ANKLE

Front 30

SMALL SEASMOID BONES IN BACK OF KNEE ARE

Back 30

FLABELLA

Front 31

LIES ANTERIOR TO DISTAL FEMUR

Back 31

PATELLA

Front 32

APEX OF PATELLA IS ON THE

Back 32

DISTAL/INFERIOR END

Front 33

MEDIAL BONE IN LOWER LEG

Back 33

TIBIA

Front 34

PROMINENCE THAT INSERTS INTO THE HIP

Back 34

HEAD

Front 35

SMALL SEASMOID BONES IN BACK OF KNEE ARE

Back 35

FLABELLA

Front 36

LIES ANTERIOR TO DISTAL FEMUR

Back 36

PATELLA

Front 37

APEX OF PATELLA IS ON THE

Back 37

DISTAL/INFERIOR END

Front 38

MEDIAL BONE IN LOWER LEG

Back 38

TIBIA

Front 39

PROMINENCE THAT INSERTS INTO THE HIP

Back 39

HEAD

Front 40

PROFILE OF TIBIAL TUBEROSITY, RETROPATELLAR JOINT SPACE & DISTAL PORTION OF FEMUR WILL BE SEEN ON

Back 40

LATERAL KNEE

Front 41

ADULT LOWER LEG SHOTS ARE BEST WITH IR PLACED UNDER THE LEG

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DIAGONALLY

Front 42

CR FOR AP LOWER LEG IS TO CENTER OF THE FILM

Back 42

PERPENDICULAR TO CENTER OF IR @ MIDSHAFT OF TIBIA

Front 43

ENTIRE DIGIT, METATARSOPHALANGEAL JOINT SPACE, DISTAL HALF OF METATARSALS

Back 43

STRUCTURES SEEN ON BASIC TOES VIEW

Front 44

CR REFERS TO

Back 44

IMAGINARY LINE IN CENTER OF XRAY BEAM THAT IS PERPENDICULAR TO LONG AXIS OF THE XRAY TUBE

Front 45

ON A LATERAL ANKLE, ANKLE SHOULD BE

Back 45

DORSIFLEXED 90* TO LOWER LEG

Front 46

EACH PROJECTION OF THE TOES SHOULD INCLUDE ENTIRE TOE WITH

Back 46

DISTAL METATARSALS ONLY

Front 47

CORONAL PLANE OF FOOT FORMS A

Back 47

30* ANGLE W IR FOR AN AP OBLIQUE FOOT

Front 48

CR FOR SUNRISE KNEE IS ANGLED SO CR PASSES BETWEEN

Back 48

PATELLA AND DISTAL FEMUR

Front 49

SUNRISE *AKA*

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SETTEGAST *AKA* TANGENTIAL

Front 50

IR FOR TOE EXAM USE

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18X10 CASSETTE TO PRODUCE REQUIRED IMAGES OF TOES

Front 51

NONAFFECTED TOES ARE FLEXED TO PREVENT SUPERIMPOSITION

Back 51

LATERAL TOES

Front 52

SHOULD SEE HIP JOINT & PROXIMAL 3/4 OF FEMUR

Back 52

PROXIMAL AP FEMUR

Front 53

PT IS PRONE,FLEXES KNEE 40* & CR 40* ANGLE TO LONG AXIS OF LEG FOR

Back 53

INTERCONDYLAR FOSSA

Front 54

PA KNEE DONE FOR

Back 54

PATELLA

Front 55

CR FOR AP FOOT IS ANGLED

Back 55

10* POSTERIORLY

Front 56

CR ON LATERAL KNEE IS ANGLED 5* CEPHALAD TO PREVENT SUPERIMPOSITION OF

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MEDIAL FEMORAL CONDYLE

Front 57

LATERAL KNEE, KNEE SHOULD BE FLEXED

Back 57

20-30*

Front 58

LATERAL DISTAL FEMUR, FLEX LEG

Back 58

30-45*

Front 59

CAMP COVENTRY AND HOLMBLAD ARE USED TO VIEW

Back 59

INTERCONDYLAR FOSSA

Front 60

RADIOGRAPHIC CONTRAST REFERS TO

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OVERALL BLACKNESS OR DARKNESS OF FILM

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LONG SCALE CONTRAST IS PRODUCED BY

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HIGH KVP

Front 62

WEDGE FILTER

Back 62

DEVICE ATTACHED TO TUBE HOUSING TO VARY SIZE OF RADIATION FIELD

Front 63

COMPTON EFFECT

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OCCURS WHENINCOMING XRAY COLLIDES W OUTER ORBITAL ELECTRON & REMOVES IT

Front 64

PENUMBRA

Back 64

IS THE UNSHARP EDGES IN THE IMAGE DUE TO FOCAL SPOT SIZE

Front 65

A FILM THAT IS TOO DARK IS

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OVEREXPOSED

Front 66

A FILM THAT IS TOO LIGHT IS

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UNDEREXPOSED

Front 67

GEOMETRY OF AN IMAGE IS INFLUENCED BY

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KVP,OID,FOCAL SPOT

Front 68

HIGH MAS SHORT TFD AND LOW GRID RATIO RESULT IN

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HIGH DENSITY

Front 69

VISIBILITY OF DETAILS IS AFFECTED BY

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DENSITY

Front 70

DECREASE MAS AND INCREASE KVP TO

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CHANGE FROM SHORT SCALE TO LONG SCALE CONTRAST

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RADIOGRAPHIC CONTRAST REFERS TO

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PRODUCT OF IR CONTRAST & SUBJECT CONTRAST

Front 72

SCALE OF CONTRAST REFERS TO THE RANGE OF

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DETAIL RECORDED ON FILM

Front 73

RADIOGRAPHIC DISTORTION REFERS TO

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MISREPRESENTATION OF A STRUCTURE BEING RADIOGRAPHED

Front 74

CONTRAST IS CONTROLLED BY

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MAS

Front 75

KVP

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PRIMARY CONTROLLER OF RADIOGRAPHIC DENSITY

Front 76

STRUCTUAL MOTTLE IS CAUSED BY

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CRYSTAL SIZE,THICKNESS, & UNEVEN DISTRIBUTION

Front 77

LONG SCALE CONTRAST IS MOST OFTEN USED ON THE

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ABDOMEN

Front 78

KILOVOLTAGE CONTROLS

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XRAY DENSITY

Front 79

TISSUE DENSITY & RADIOGRAPHIC DENSITY ARE NOT THE SAME

Back 79

TRUE

Front 80

QUANTUM MOTTLE IS CAUSED BY

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RANDOM DISTRIBUTION OF PHOTONS

Front 81

MILLIAMPERAGE IS THE

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NUMBER OF PHOTONS PRODUCED PER SECOND

Front 82

MAS REPRESENTS THE TOTAL

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QUANTITY OF XRAYS

Front 83

SCREENS SHOULD BE INSPECTED & CLEANED EVERY

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3 MONTHS

Front 84

THE BACK OF CASSETTE HAS A LAYER OF LEAD TO PREVENT

Back 84

BACK SCATTER

Front 85

FILM SHOULD NEVER BE LAID DOWN IN STORAGE

Back 85

TRUE

Front 86

FILM IS NOT SENSITIVE TO ODOR

Back 86

TRUE

Front 87

INTENSIFYING SCREENS ARE DESIGNED TO REDUCE THE AMOUNT OF REQUIRED EXPOSURE

Back 87

TRUE

Front 88

LIGHT,XRAY,PRESSURE, & SOME CHEMICAL FUMES CAN EXPOSE FILM

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TRUE

Front 89

SCREEN CONTRAST MESH TEST

Back 89

MESH IS USED TO MAKE SURE THERE IS A GOOD FILM/SCREEN CONTACT

Front 90

NEW FILMS THAT MAY BEMOTTLEDCOULD BE CAUSED BY

Back 90

STORING PACKAGE WHERE TEMP & HUMIDITY WERE TOO HIGH

Front 91

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