Rad Review Pics

Front 1

Back 1

Cecum

Front 2

Back 2

ALL

Front 3

1. Lt kidney parallel to IR

2. Image was made in the left post obl position

3. Left ureter is better visualized

4. Image was made postvoid

Back 3

1

Front 4

Back 4

1 and 2

Front 5

Back 5

2 only

Front 6

Back 6

ALL

Front 7

Back 7

D

Front 8

Which statement is TRUE?

1. 1st pic shows more superior structures

2. Images are sagittal reconstructions

3. Exam performed w/o contrast

Back 8

1 only

Front 9

#1?

Back 9

Renal pelvis

Front 10

#7?

Back 10

Cystic duct

Front 11

Back 11

ALL

Front 12

Which position?

A. Rpo

B. Lpo

C. Ap axial

D. Rt lat decub

Back 12

B. Lpo

Front 13

#2?

Back 13

Descending

Front 14

Back 14

Gallbladder

Front 15

Back 15

Aorta

Front 16

#5?

Back 16

Ileum

Front 17

A. Rao

B. Lao

C. Lpo

D. Left lat decub

Back 17

Lao

Front 18

#13?

Back 18

Portal vein

Front 19

Was this taken AP or PA?

Back 19

PA (foreshortened ilia and closed off appearance of pelvis)

Front 20

Back 20

Brachiocephalic artery

Front 21

Back 21

Dextrocardia

Front 22

Back 22

Cuboid

Front 23

Back 23

2 only

Front 24

1. AP 2. Med oblq 3. Lat oblq 4. Partial flex

Back 24

Lat oblq

Front 25

1. Coracoid process

2. Coronoid process

3. Trochlear notch

4. Radial notch

Back 25

Radial notch

Front 26

1. ap

2. Med oblq

3. Lat oblq

4. Acute flexion

Back 26

Med oblq

Front 27

Back 27

Medial epicondyle

Front 28

Back 28

Posterior surface

Front 29

Which joint is T

Back 29

Diarthrotic

Front 30

Back 30

1 and 2

Front 31

Which is true?

Back 31

1 and 3- IC fossa not seen here

Front 32

Back 32

Characteristic

Front 33

Back 33

2 and 3

Front 34

Back 34

1 only (compton- low E photon uses all E to eject inner shell electron)

Front 35

Back 35

2 and 3

Front 36

Back 36

2 and 3- compton

Front 37

Back 37

1 and 2 only- compton

Front 38

Low kv

High kv

Low mA

High mA

Back 38

High kv - scattered photon has less E than incident photon so this is compton; high E photon ejects outer shell electron in tissue or absorber and the ejected electron is called a recoil electrom

Front 39

Back 39

10:1

Front 40

Back 40

1 only- high kV

Compton is pictured

Front 41

Back 41

Grid

Front 42

Double exp

Grid centering error

Incorrect AEC photocell

Inverted focused grid

Back 42

Grid centering error

Front 43

Back 43

Xray tube not centered to grid

Front 44

Back 44

2 and 3

Inadequate penetration and high contrast are a result of insufficient kVp

Front 45

A. Off level grid

B. Pronounced anode heel effect

C. Low mAs and high kV

D. Low kV and high mAs

Back 45

C. Low mAs, high kVp