Question 1

How would you find the milliroentgens per milliampere-seconds (mR/mAs)

Accepted Answer

mA x seconds
milliroentgens/ mAs
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 2

Example: If the exposure factor of 70kvp, 200Ms and 15ms yield an output exposure of 80 mR, what is the milliroentgens per milliampere-seconds (mR/mAs)

Accepted Answer

200x.015=3
80/3=27
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 3

A short SID= more exposure

Accepted Answer

true
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (465). University of Southern Indiana, Evansville, IN.

Question 4

Does more mAs give you more or less exposure

Accepted Answer

more
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 5

Does more kVp give you more or less exposure

Accepted Answer

more 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 6

Where is the image intensifier located for flouro

Accepted Answer

on top 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 7

Where is the xray tube for flouro

Accepted Answer

under the table
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 8

what is the xray table made from

Accepted Answer

carbon fiber or polycarbonate--- radiolucent 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 9

what do electrostatic lenses do

Accepted Answer

increase speed and focus of electrons
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 10

flouro is the

Accepted Answer

greatest source of acute radiation exposure in diagnostic- most dose
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 11

input phosphor sizes and material

Accepted Answer

25,17,12 cm and cesium iodide
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 12

output phosphor size and material

Accepted Answer

1-2.5 cm and cadmium
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 13

how can you decrease magnification without mag mode button

Accepted Answer

get ii as close to patient as possible
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 14

off center

Accepted Answer

decrease in exposure over entire image
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 15

off level

Accepted Answer

not straight behind the patient, decrease of exposure entire image 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 16

off focus

Accepted Answer

outside of the SID range, light at outside/periphery of image
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 17

inverted/upside down

Accepted Answer

no exposure on outside of the image 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 18

AEC is usually

Accepted Answer

between the patient and the detector
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 19

backup timer

Accepted Answer

AEC, is the safety mechanism to shut off exposure
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 20

Problems with AEC

Accepted Answer

selecting wrong photocells
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 21

which interactions are radiation production

Accepted Answer

bremsstrahlung and characteristic 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 22

Bremmstahlung

Accepted Answer

continuous, most xray produced within tube
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 23

Brem

Accepted Answer

max kVp chosen is the most energy a brem can produce
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 24

Brem

Accepted Answer

electron heads toward nucleus then goes around slowly
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 25

Brem

Accepted Answer

inner 2/3 sticks in the pt while the other 1/3 is turned to xray
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 26

Brem

Accepted Answer

less than 1% turns to xray and the other turns to heat 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 27

Brem

Accepted Answer

the more change in direction is the more loss of energy
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 28

xrays are produced where

Accepted Answer

focal tract of anode
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 29

electrons come from

Accepted Answer

the filament of the cathode 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 30

Brem

Accepted Answer

incoming ELECTRONS slows around nucleus in the target atom
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 31

Characteristic

Accepted Answer

incoming ELECTRONS interact with inner shell electrons
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 32

Characteristic 1

Accepted Answer

e comes in with same energy as inner shell electron  knocks it out
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 33

Characteristic 2

Accepted Answer

then xray is produced
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 34

Characteristic 3

Accepted Answer

the next shell replaces the one that was booted out
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 35

Characteristic

Accepted Answer

Discrete graph, want k shell to be ejected 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 36

transformer laws

Accepted Answer

turns ratio, transformer voltage, transformer current
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet  (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 37

turns ratio

Accepted Answer

ts/tp
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 38

transformer voltage

Accepted Answer

ts/tp= vs/vp
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 39

transformer current

Accepted Answer

ts/tp=Ip/Is
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 40

turns ratio

Accepted Answer

less than 1 = step down
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 41

turns ratio

Accepted Answer

more than = step up
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 42

three phase 6 pulse

Accepted Answer

voltage ripple 13-14
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 43

three phase 12 pulse

Accepted Answer

voltage ripple 3-4 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 44

pulses

Accepted Answer

60 cycles of sinusoidal wavelength per 1 sec in US
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 45

pulses

Accepted Answer

120 pulses of energy per second in the US
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 46

tube cooling chart

Accepted Answer

used for safety 
cold anode=cracking
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 47

heat units

Accepted Answer

single phase 1.00, 3 phase 6 pulse 1.35, 3 phase 12 pulse HF 1.45
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 48

reciprocal resistance

Accepted Answer

total R is < least R and is ~ 1/2 value of the least resistor 
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 49

frequency and wavelength

Accepted Answer

f increases, wavelength decreases
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 50

frequency and energy

Accepted Answer

f increases, energy increases
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 51

energy and wavelength

Accepted Answer

energy increases, wavelength decreases
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 52

quality

Accepted Answer

kvp, penetration power
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 53

quantity

Accepted Answer

mA, intensity, amount, rate of exposure
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 54

primary

Accepted Answer

xray coming out of the tube hitting patient
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 55

remnant

Accepted Answer

exits patient toward receptor
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference).  University of Southern Indiana, Evansville, IN.

Question 56

fundamental properties

Accepted Answer

electromagnetic radiation
heterogenous (not all same energy level)
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 57

fundamental properties

Accepted Answer

travel at speed of light 
high frequency and short wavelength
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 58

off center

Accepted Answer

the central ray is not centered to the center of the grid
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.

Question 59

fundamental properties

Accepted Answer

polyenergetic
travel in STRAIGHT LINE
no electric charge or mAs
Schmuck, H. (2020).  RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.

465 image production

ARRT registry review covering image production

Question	Answer
How would you find the milliroentgens per milliampere-seconds (mR/mAs)	mA x seconds milliroentgens/ mAs Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Example: If the exposure factor of 70kvp, 200Ms and 15ms yield an output exposure of 80 mR, what is the milliroentgens per milliampere-seconds (mR/mAs)	200x.015=3 80/3=27 Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
A short SID= more exposure	true Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (465). University of Southern Indiana, Evansville, IN.
Does more mAs give you more or less exposure	more Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Does more kVp give you more or less exposure	more Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Where is the image intensifier located for flouro	on top Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Where is the xray tube for flouro	under the table Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
what is the xray table made from	carbon fiber or polycarbonate--- radiolucent Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
what do electrostatic lenses do	increase speed and focus of electrons Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
flouro is the	greatest source of acute radiation exposure in diagnostic- most dose Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
input phosphor sizes and material	25,17,12 cm and cesium iodide Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
output phosphor size and material	1-2.5 cm and cadmium Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
how can you decrease magnification without mag mode button	get ii as close to patient as possible Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
off center	decrease in exposure over entire image Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
off level	not straight behind the patient, decrease of exposure entire image Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
off focus	outside of the SID range, light at outside/periphery of image Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
inverted/upside down	no exposure on outside of the image Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
AEC is usually	between the patient and the detector Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
backup timer	AEC, is the safety mechanism to shut off exposure Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Problems with AEC	selecting wrong photocells Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
which interactions are radiation production	bremsstrahlung and characteristic Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Bremmstahlung	continuous, most xray produced within tube Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Brem	max kVp chosen is the most energy a brem can produce Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Brem	electron heads toward nucleus then goes around slowly Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Brem	inner 2/3 sticks in the pt while the other 1/3 is turned to xray Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Brem	less than 1% turns to xray and the other turns to heat Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Brem	the more change in direction is the more loss of energy Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
xrays are produced where	focal tract of anode Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
electrons come from	the filament of the cathode Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Brem	incoming ELECTRONS slows around nucleus in the target atom Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Characteristic	incoming ELECTRONS interact with inner shell electrons Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Characteristic 1	e comes in with same energy as inner shell electron knocks it out Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Characteristic 2	then xray is produced Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Characteristic 3	the next shell replaces the one that was booted out Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
Characteristic	Discrete graph, want k shell to be ejected Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
transformer laws	turns ratio, transformer voltage, transformer current Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
turns ratio	ts/tp Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
transformer voltage	ts/tp= vs/vp Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
transformer current	ts/tp=Ip/Is Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
turns ratio	less than 1 = step down Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
turns ratio	more than = step up Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
three phase 6 pulse	voltage ripple 13-14 Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
three phase 12 pulse	voltage ripple 3-4 Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.
pulses	60 cycles of sinusoidal wavelength per 1 sec in US Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
pulses	120 pulses of energy per second in the US Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
tube cooling chart	used for safety cold anode=cracking Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.
heat units	single phase 1.00, 3 phase 6 pulse 1.35, 3 phase 12 pulse HF 1.45 Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
reciprocal resistance	total R is < least R and is ~ 1/2 value of the least resistor Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
frequency and wavelength	f increases, wavelength decreases Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.
frequency and energy	f increases, energy increases Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
energy and wavelength	energy increases, wavelength decreases Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
quality	kvp, penetration power Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
quantity	mA, intensity, amount, rate of exposure Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
primary	xray coming out of the tube hitting patient Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
remnant	exits patient toward receptor Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
fundamental properties	electromagnetic radiation heterogenous (not all same energy level) Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
fundamental properties	travel at speed of light high frequency and short wavelength Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
off center	the central ray is not centered to the center of the grid Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.
fundamental properties	polyenergetic travel in STRAIGHT LINE no electric charge or mAs Schmuck, H. (2020). RADT465 Unit 2: Image Production/Equipment Operation and Quality Assurance Worksheet(Unpublished course reference). University of Southern Indiana, Evansville, IN.

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