12th Edition by Stewart C Bushong
Chapters 1 - 40, Complete A
, TABLE OF CONTENTS
A A A
1.AEssentialAConceptsAofARadiologicAScience
2.ABasicAPhysicsAPrimer
3.ATheAStructureAofAMatter
4.AElectromagneticAEnergy
5.AElectricity,AMagnetism,AandAElectromagnetism
6.ATheAX-RayAImagingASystem
7.ATheAX-RayATube
8.AX-RayAProduction
9.AX-RayAEmission
10.AX-RayAInteractionAwithAMatter
11.AImagingAScience
12.AComputedARadiography
13.ADigitalARadiography
14.ADigitalARadiographicATechnique
15.AImageAAcquisition
16.APatient-ImageAOptimization
17.AViewingAtheAMedicalAImage
18.APictureAArchivingAandACommunicationASystem
19.AImageAPerception
20.ADigitalADisplayADevice
21.AMedicalAImageADescriptors
22.AScatterARadiation
23.ARadiographicAArtifacts
24.AMammography
25.AFluoroscopy
26.AInterventionalARadiology
27.AComputedATomography
28.ATomosynthesis
29.AHumanABiology
30.AFundamentalAPrinciplesAofARadiobiology
31.AMolecularARadiobiology
32.ACellularARadiobiology
33.ADeterministicAEffectsAofARadiation
34.AStochasticAEffectsAofARadiation
35.AHealthAPhysics
36.ADesigningAforARadiationAProtection
37.ARadiography/FluoroscopyAPatientARadiationADose
38.AComputedATomographyAPatientARadiationADose
39.APatientARadiationADoseAManagement
40.AOccupationalARadiationADoseAManagementA
,ChapterA01:AEssentialAConceptsAofARadiologicAScienceABus
hong:ARadiologicAScienceAforATechnologists,A12thAEdition
MULTIPLEACHOICE
1. MatterAisAmeasuredAin .
a. kilograms
b. joules
c. electronAvolts
d. rems
ANS A
WER
MatterAisAmeasuredAinAkilograms.
:
2. AtomsAandAmoleculesAareAtheAfundamentalAbuildingAblocksAof .
a. energy
b. radiation
c. matter
d. gravity
ANS C
WER
AtomsAandAmoleculesAareAtheAfundamentalAbuildingAblocksAofAmatter.
:
3. IceAandAsteamAareAexamplesAofAtwoAformsAof .
a. matter
b. radiation
c. energy
d. work
ANS: A
IceAandAsteamAareAexamplesAofAtwoAformsAofAmatter.
4. TheAformulaAEA=Amc2A isAtheAbasisAforAtheAtheoryAthatAledAtoAtheAdevelopmentAof .
a. x-rays
b. electromagneticAradiation
c. nuclearApower
d. cathodeArayAtubes
ANS: C
TheAformulaAEA=Amc2AisAtheAbasisAforAtheAtheoryAthatAledAtoAtheAdevelopmentAofAnuclearApo
wer.
5. RadioAwaves,Alight,AandAx-raysAareAallAexamplesAof energy.
a. nuclear
b. thermal
c. electrical
d. electromagnetic
ANS: D
ElectromagneticAenergyAincludesAradioAwaves,Alight,AandAx-
raysAasAwellAasAotherApartsAofAtheAspectrum.
, 6. AAmovingAobjectAhas energy.
a. potential
b. kinetic
c. nuclear
d. electromagnetic
ANS:A B
AAmovingAobjectAhasAkineticAenergy.
7. WhatAisAtheAremovalAofAanAelectronAfromAanAatomAcalled?
a. Ionization
b. PairAproduction
c. Irradiation
d. Electricity
ANS:A A
TheAremovalAofAanAelectronAfromAanAatomAisAcalledAionization.
8. IonizingAradiationAisAcapableAofAremoving
fromAatomsAasAitApassesAthroughAtheAmatter.
a. neutrons
b. protons
c. electrons
d. ions
ANS:A C
IonizingAradiationAisAcapableAofAremovingAelectronsAfromAatomsAasAitApassesAthroughAtheAma
tter.
9. TheAenergyAofAx-raysAisA_ .
a. thermal
b. potential
c. kinetic
d. electromagnetic
ANS:A D
X-raysAareAaAformAofAelectromagneticAenergy.
10. TheAbiggestAsourceAofAman-madeAionizingAradiationAexposureAtoAtheApublicAis
A .
a. atomicAfallout
b. diagnosticAx-rays
c. smokeAdetectors
d. nuclearApowerAplants
ANS:A B
MedicalAx-rayAexposureAisAtheAbiggestAsourceAofAman-madeAradiation.
11. InAtheAUnitedAStates,AweAareAexposedAto
_AmSv/yearAofAionizingAradiationAfromAtheAnaturalAenvironment.
a. 0AtoA5
b. 5AtoA20
c. 20AtoA90