Test Bank For Radiation Protection in Medical Radiography 9th Edition by Sherer |Chapter1-16|complete
Test Bank For Radiation Protection in Medical Radiography 9th Edition by Sherer |Chapter1-16|complete
Test Bank For Radiation Protection in Medical Radiography 9th Edition by Sherer |Chapter1-16|...
, TABLEOF wCONTENT
Chapter w1. wIntroduction wto wRadiation wProtection
wChapter w2. w Radiation: w Types,wSources, wand
w Doses
ReceivedChapter w3. wInteraction wof wX-Radiation wwith wMatter
Chapter w4. wRadiation wQuantities wand
w
UnitsChapterw5. wRadiation wMonitoring
Chapter w6. w Overviewwof wCell wBiology
w
Chapter w7. wMolecular wand w Cellular wRadiation wBiology
Chapter w8. wEarly wTissue wReactions wand wTheir wEffects won wOrgan
w Systems wChapter w9. wStochastic wEffects wand wLate wTissue wReactions
w of wRadiation winwOrganSystems
Chapter w10. wDose wLimits wfor wExposure wto
w Ionizing wRadiationChapter w11. wEquipmentDesign
w for wRadiationwProtection
Chapter w12. wManagement wof wPatient wRadiation wDose wDuring wDiagnostic wX-
RayProcedures
w
Chapter w13. wRadiation wSafety win wComputedTomography wand
w MammographyChapter w14. wManagement wof wImaging wPersonnel
w RadiationwDose wDuring wDiagnostic wX-Ray wProcedures
Chapter w15. wRadioisotopes wand w Radiation w Protection
Chapter 01: w Introduction w to w Radiation w Protection
Sherer: w Radiation w Protection win wMedical w Radiography, 9th w Edition
MULTIPLE
w CHOICE
1. Consequences wof wionization w in w human w cells w include
1. creation wof wunstable w atoms.
2. production w of wfree w electrons.
3. creation wof whighly wreactive wfree wmolecules w(called wfree wradicals)
wcapable wofwproducingsubstances w poisonous w to w the w cell.
4. creation wof wnew wbiologic w molecules w detrimental w to wthe wliving w cell.
5. injury wto wthe w cell w that w may wmanifest w itself w as wabnormal w function w or wloss w of
wfunction.
6. production w of wlow-energy w x-ray wphotons.
a. 1, w2, w3, wand w4 wonly
b. 2, w3, w4, wand w5 wonly
,c. 3, w4, w5, wand w6 wonly
d. All wthe woptions
ANS: wD
, 2. Which wof wthe wfollowing wis wa wform wof wradiation wthat wis wcapable wof wcreating
welectrically wchargedparticles wby wremoving worbital welectrons wfrom wthe watom wof wnormal
wmatter wthrough wwhichwit wpasses?
a. Ionizing wradiation
b. Nonionizing wradiation
c. Subatomic wradiation
d. Ultrasonic wradiation
ANS: wA
3. Regarding wexposure w to wionizing w radiation, wpatients w who w are weducated w to
wunderstand w thewmedicalbenefit w of w an wimaging w procedure w are w more w likely
w to
a. assume wa wsmall wchance wof wbiologic wdamage wbut wnot wsuppress wany
wradiationwphobiathey w may w have.
b. cancel w their w scheduled wprocedure w because w they ware wnot wwilling wto
wassume w awsmallhchance w wof w biologic w damage.
c. suppress wany wradiation wphobia wbut wnot wrisk wa wsmall wchance wof
wpossiblewbiologicdamage.
d. suppress wany wradiation wphobia wand wbe wwilling wto wassume wa wsmall
wchance wofwpossiblehbiologic w damage.
ANS: wD
4. The wmillisievert w (mSv) w is wequal wto
a. 1/10 wof wa wsievert.
b. 1/100 wof wa wsievert.
c. 1/1000 wof wa wsievert.
d. 1/10,000 wof wa wsievert.
ANS: wC
5. The w advantages wof wthe w BERT w method w are
1. BERT w does wnot w imply wradiation w risk; w it w is w simply w a wmeans w for wcomparison.
2. BERT w emphasizes w that w radiation w is w an winnate w part wof wthe w environment.
3. BERT w provides w an wanswer w that w is w easy wfor w the w patient w towcomprehend.
a. 1 wand w2 wonly
b. 1 wand w3 wonly
c. 2 wand w3 wonly
d. All wthe woptions
ANS: wD
6. If wa wpatient wasks wa wradiographer wa wquestion wabout whow wmuch wradiation whe
wor wshe wwillwreceivehfrom w wa wspecific w x-ray wprocedure, w wthe w
wradiographer w w wcan
a. respond wby wusing wan westimation wbased won wthe wcomparison wof wradiation
wreceivedwfromhthe w x-ray w to wnatural w w background w w radiation w w
wreceived.
b. avoid w the wpatient’s w question w bychanging w the wsubject.
c. tell wthe wpatient wthat wit wis wunethical w to wdiscuss w such wconcerns.
d. refuse wto wanswer wthe wquestion w and wrecommend w that w he wor wshe
w speak wwithwthereferring w physician.
ANS: wA
7. Why wshould wthe w selection wof wtechnical w exposure w factors w for w all wmedical
w imagingwproceduresalways w follow wALARA?
a. So wthat wreferring wphysicians wordering wimaging wprocedures wdo wnot
whave wtowaccepthresponsibility w w wfor w patient w w wradiation w w
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