Test Bank For Radiation Protection in Medical Radiography 9th Edition By Mary Alice Statkiewicz

RadiationbProtectionbinbMedicalbRadiographyb8thbEditionbShererbTes
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TEST BANK Radiation Protection in Medical
Radiography 9th Edition by Sherer | Chapters 1 - 14 |
Complete

, RadiationbProtectionbinbMedicalbRadiographyb8thbEditionbShererbTes
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TABLE OF CONTENTS
1.bIntroductionbtobRadiationbProtection

2.bRadiation:bTypes,bSources,bandbDosesbReceived

3.bInteractionbofbX-RadiationbwithbMatter

4.bRadiationbQuantitiesbandbUnits

5.bRadiationbMonitoring

6.bOverviewbofbCellbBiology

7.bMolecularbandbCellularbRadiationbBiology

8.bEarlybTissuebReactionsbandbTheirbEffectsbonbOrganbSystems

9.bStochasticbEffectsbandbLatebTissuebReactionsbofbRadiationbinbOrganbSystems

10.bEquipmentbDesignbforbRadiationbProtection

11.bManagementbofbPatientbRadiationbDosebDuringbDiagnosticbX-RaybProcedures

12.bRadiationbSafetybinbComputedbTomographybandbMammography

13.bManagementbofbImagingbPersonnelbRadiationbDosebDuringbDiagnosticbX-RaybProcedures

14.bRadioisotopesbandbRadiationbProtection

, RadiationbProtectionbinbMedicalbRadiographyb8thbEditionbShererbTes
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Chapterb01:bIntroductionbtobRadiationbProtection
Sherer:bRadiationbProtectionbinbMedicalbRadiography,b9thbEdition


MULTIPLEbCHOICE

1. Consequencesbofbionizationbinbhumanbcellsbinclude
1. creationbofbunstablebatoms.
2. productionbofbfreebelectrons.
3. creationbofbhighlybreactivebfreebradicalsbcapablebofbproducingbsubstancesbpoi
sonousbtobthebcell.
4. creationbofbnewbbiologicbmoleculesbdetrimentalbtobtheblivingbcell.
5. injurybtobthebcellbthatbmaybmanifestbitselfbasbabnormalbfunctionborblossbofbfunctio
a. 1,b2,bandb3bonly
b. 2,b3,bandb4bonly
c. 3,b4,bandb5bonly
d.b 1,b2,b3,b4,bandb5

ANSWER:b D

2. Whichbofbthebfollowingbisbabformbofbradiationbthatbisbcapablebofbcreatingbele
ctricallybchargedbparticlesbbybremovingborbitalbelectronsbfrombthebatombofbnor
malbmatterbthroughbwhichbitbpasses?
a. Ionizingbradiation
b. Nonionizingbradiation
c. Subatomicbradiation
d. Ultrasonicbradiation

ANSWER:b A

3. Regardingbexposurebtobionizingbradiation,bpatientsbwhobarebeducatedbtobundersta
ndbthebmedicalbbenefitbofbanbimagingbprocedurebarebmoreblikelybto
a. assumebabsmallbchancebofbbiologicbdamagebbutbnotbsuppressbanybra
diationbphobiabtheybmaybhave.
b. cancelbtheirbscheduledbprocedurebbecausebtheybarebnotbwillingbtobas
sumebabsmallbchancebofbbiologicbdamage.
c. suppressbanybradiationbphobiabbutbnotbriskbabsmallbchancebofbpos
siblebbiologicbdamage.
d. suppressbanybradiationbphobiabandbbebwillingbtobassumebabsmallbchan
cebofbpossiblebbiologicbdamage.
ANSWER:b D

4. Thebmillisievertb(mSv)bisbequalbto
a. 1/10bofbabsievert.
b. 1/100bofbabsievert.
c. 1/1000bofbabsievert.
d. 1/10,000bofbabsievert.

, RadiationbProtectionbinbMedicalbRadiographyb8thbEditionbShererbTes
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ANSWER:b C

5. ThebadvantagesbofbthebBERTbmethodbare
1. itbdoesbnotbimplybradiationbrisk;bitbisbsimplybabmeansbforbcomparison.
2. itbemphasizesbthatbradiationbisbanbinnatebpartbofbourbenvironment.
3. itbprovidesbanbanswerbthatbisbeasybforbthebpatientbtobcomprehend.
a. 1bandb2bonly
b. 1bandb3bonly
c. 2bandb3bonly
d. 1,b2,bandb3

ANSWER:b D

6. Ifbabpatientbasksbabradiographerbabquestionbaboutbhowbmuchbradiationbhebo
rbshebwillbreceivebfrombabspecificbx-raybprocedure,bthebradiographerbcan
a. respondbbybusingbanbestimationbbasedbonbthebcomparisonbofbradiation
breceivedbfrombthebx-raybtobnaturalbbackgroundbradiationbreceived.
b. avoidbthebpatient’sbquestionbbybchangingbthebsubject.
c. tellbthebpatientbthatbitbisbunethicalbtobdiscussbsuchbconcerns.
d. refusebtobanswerbthebquestionbandbrecommendbthatbheborbshe
bspeakbwithbthebreferringbphysician.
ANSWER:b A

7. Whybshouldbthebselectionbofbtechnicalbexposurebfactorsbforballbmedicalbimagingbproce
res
alwaysbfollowbALARA Sobthatbradiographersbandbradiologistsbdobno
? havebtoba