TESTBANK Radiation Protection in Medical Radiograph
V V V V V
9th Edition by Sherer | Chapters 1 - 14 |
V V V V V V V V V
Complete
,TABLE OF CONTENTSw w
1. Introduction Vto VRadiation VProtection
2. Radiation: VTypes, VSources, Vand VDoses VReceived
3. Interaction Vof VX-Radiation Vwith V Matter
4. Radiation VQuantities Vand V Units
5. Radiation V Monitoring
6. Overview Vof VCell VBiology
7. Molecular Vand VCellular VRadiation VBiology
8. Early VTissue VReactions Vand V Their V Effects Von VOrgan V Systems
9. Stochastic VEffects Vand VLate V Tissue VReactions Vof VRadiation Vin VOrgan V Systems
10. Equipment VDesign Vfor VRadiation VProtection
11. Management Vof VPatient V Radiation VDose VDuring VDiagnostic VX-Ray VProcedures
12. Radiation VSafety Vin VComputed VTomography Vand VMammography
13. Management Vof VImaging V Personnel VRadiation VDose VDuring VDiagnostic VX-Ray VProcedures
14. Radioisotopes Vand VRadiation VProtection
,Chapter V01: VIntroduction Vto VRadiation VProtection
Sherer: VRadiation VProtection Vin VMedical VRadiography, V9th VEdition
MULTIPLE V CHOICE
1. Consequences V of V ionization V in V human V cells V include
1. creation V of V unstable V atoms.
2. production V of V free V electrons.
3. creation Vof Vhighly Vreactive Vfree Vradicals Vcapable Vof Vproducing Vsubstances
Vpoisonous Vto Vthecell.
4. creation V of V new V biologic V molecules V detrimental V to V the V living V cell.
5. injury V to V the V cell V that V may V manifest V itself V as V abnormal V function V or V loss V of
V function.
a. 1, V 2, V and V 3 V only
b. 2, V 3, V and V 4 V only
c. 3, V 4, V and V 5 V only
d. 1, V 2, V 3, V 4, V and V 5
ANSWER: V D
2. Which Vof Vthe Vfollowing Vis Va Vform Vof Vradiation Vthat Vis Vcapable Vof Vcreating
Velectrically Vch Vargedparticles Vby Vremoving Vorbital Velectrons Vfrom Vthe Vatom Vof
Vnormal Vmatter Vthrough Vwhich Vit Vpasses?
a. Ionizing V radiation
b. Nonionizing V radiation
c. Subatomic V radiation
d. Ultrasonic V radiation
ANSWER: V A
3. Regarding Vexposure Vto Vionizing Vradiation, Vpatients Vwho Vare Veducated Vto
Vunderstand Vthe Vmedicalbenefit Vof Van Vimaging Vprocedure Vare Vmore Vlikely Vto
a. assume Va Vsmall Vchance Vof Vbiologic Vdamage Vbut Vnot Vsuppress Vany
Vradiation Vp Vhobiathey Vmay Vhave.
b. cancel Vtheir Vscheduled Vprocedure Vbecause Vthey Vare Vnot Vwilling Vto
Vassume Va Vsmallchance Vof Vbiologic Vdamage.
c. suppress Vany Vradiation Vphobia Vbut Vnot Vrisk Va Vsmall Vchance Vof
Vpossible Vbi Vologicdamage.
d. suppress Vany Vradiation Vphobia Vand Vbe Vwilling Vto Vassume Va Vsmall
Vchance Vof Vpo Vssiblebiologic Vdamage.
ANSWER: V D
4. The V millisievert V (mSv) V is V equal V to
a. 1/10 V of V a V sievert.
b. 1/100 V of V a V sievert.
c. 1/1000 V of V a V sievert.
d. 1/10,000 V of V a V sievert.
ANSWER: V C
, Radiation VProtection V in VMedical V Radiography V8th VEdition VSherer
Test Ban
5. The V advantages V of V the V BERT V method V are
1. it V does V not V imply V radiation V risk; V it V is V simply V a V means V for V comparison.
2. it V emphasizes V that V radiation V is V an V innate V part V of V our V environment.
3. it V provides V an V answer V that V is V easy V for V the V patient V to V comprehend.
a. 1 V and V 2 V only
b. 1 V and V 3 V only
c. 2 V and V 3 V only
d. 1, V 2, V and V 3
ANSWER: V D
6. If Va Vpatient Vasks Va Vradiographer Va Vquestion Vabout Vhow Vmuch Vradiation Vhe Vor
Vshe Vwill V receivefrom Va Vspecific Vx-ray Vprocedure, Vthe Vradiographer Vcan
a. respond Vby Vusing Van Vestimation Vbased Von Vthe Vcomparison Vof Vradiation
Vreceive V d Vfromthe Vx-ray Vto Vnatural Vbackground Vradiation Vreceived.
b. avoid V the V patient’s V question V by V changing V the V subject.
c. tell V the V patient V that V it V is V unethical V to V discuss V such V concerns.
d. refuse Vto Vanswer Vthe Vquestion Vand Vrecommend Vthat Vhe Vor Vshe
Vspeak Vwith Vthereferring Vphysician.
ANSWER: V A
7. Why Vshould Vthe Vselection Vof Vtechnical Vexposure Vfactors Vfor Vall Vmedical Vimaging
Vprocedures V always Vfollow VALARA? So Vthat Vradiographers Vand Vradiologists Vdo Vnot
Vhave
to V a
a. V So Vthat Vreferring Vphysicians Vordering Vimaging Vprocedures Vdo Vnot Vhave Vto
Vacceptres Vponsibility Vfor Vpatient Vradiation Vsafety.
b.
patient V radiation V safety.
c. Because V radiation-
induced Vcancer Vdoes Vnot Vappear Vto Vhave Va Vdose Vlevel
Vbelowwhich Vindivi Vduals Vwould Vhave Vno Vchance Vof Vdeveloping
Vthis Vdisease.
d. Because V radiation-
induced Vcancer Vdoes Vhave Va Vdose Vlevel Vat Vwhich Vindividualswould
Vhave Va Vchance Vof Vdeveloping Vthis Vdisease.
ANSWER: V C
8. The V cardinal V principles V of V radiation V protection V include V which V of V the V following?
1. Time
2. Distance
3. Shielding
a. 1 V only
b. 2 V only
c. 3 V only
d. 1, V 2, V and V 3
ANSWER: V D
9. In Va Vhospital Vsetting, Vwhich Vof Vthe Vfollowing Vprofessionals Vis Vexpressly Vcharged Vby
Vthe Vho V spitaladministration V with V being V directly V responsible V for V the V execution,
V enforcement, V an Vd Vmaintenance Vof Vthe VALARA Vprogram?
a. Assistant V administrator V of V the V facility
V V V V V
9th Edition by Sherer | Chapters 1 - 14 |
V V V V V V V V V
Complete
,TABLE OF CONTENTSw w
1. Introduction Vto VRadiation VProtection
2. Radiation: VTypes, VSources, Vand VDoses VReceived
3. Interaction Vof VX-Radiation Vwith V Matter
4. Radiation VQuantities Vand V Units
5. Radiation V Monitoring
6. Overview Vof VCell VBiology
7. Molecular Vand VCellular VRadiation VBiology
8. Early VTissue VReactions Vand V Their V Effects Von VOrgan V Systems
9. Stochastic VEffects Vand VLate V Tissue VReactions Vof VRadiation Vin VOrgan V Systems
10. Equipment VDesign Vfor VRadiation VProtection
11. Management Vof VPatient V Radiation VDose VDuring VDiagnostic VX-Ray VProcedures
12. Radiation VSafety Vin VComputed VTomography Vand VMammography
13. Management Vof VImaging V Personnel VRadiation VDose VDuring VDiagnostic VX-Ray VProcedures
14. Radioisotopes Vand VRadiation VProtection
,Chapter V01: VIntroduction Vto VRadiation VProtection
Sherer: VRadiation VProtection Vin VMedical VRadiography, V9th VEdition
MULTIPLE V CHOICE
1. Consequences V of V ionization V in V human V cells V include
1. creation V of V unstable V atoms.
2. production V of V free V electrons.
3. creation Vof Vhighly Vreactive Vfree Vradicals Vcapable Vof Vproducing Vsubstances
Vpoisonous Vto Vthecell.
4. creation V of V new V biologic V molecules V detrimental V to V the V living V cell.
5. injury V to V the V cell V that V may V manifest V itself V as V abnormal V function V or V loss V of
V function.
a. 1, V 2, V and V 3 V only
b. 2, V 3, V and V 4 V only
c. 3, V 4, V and V 5 V only
d. 1, V 2, V 3, V 4, V and V 5
ANSWER: V D
2. Which Vof Vthe Vfollowing Vis Va Vform Vof Vradiation Vthat Vis Vcapable Vof Vcreating
Velectrically Vch Vargedparticles Vby Vremoving Vorbital Velectrons Vfrom Vthe Vatom Vof
Vnormal Vmatter Vthrough Vwhich Vit Vpasses?
a. Ionizing V radiation
b. Nonionizing V radiation
c. Subatomic V radiation
d. Ultrasonic V radiation
ANSWER: V A
3. Regarding Vexposure Vto Vionizing Vradiation, Vpatients Vwho Vare Veducated Vto
Vunderstand Vthe Vmedicalbenefit Vof Van Vimaging Vprocedure Vare Vmore Vlikely Vto
a. assume Va Vsmall Vchance Vof Vbiologic Vdamage Vbut Vnot Vsuppress Vany
Vradiation Vp Vhobiathey Vmay Vhave.
b. cancel Vtheir Vscheduled Vprocedure Vbecause Vthey Vare Vnot Vwilling Vto
Vassume Va Vsmallchance Vof Vbiologic Vdamage.
c. suppress Vany Vradiation Vphobia Vbut Vnot Vrisk Va Vsmall Vchance Vof
Vpossible Vbi Vologicdamage.
d. suppress Vany Vradiation Vphobia Vand Vbe Vwilling Vto Vassume Va Vsmall
Vchance Vof Vpo Vssiblebiologic Vdamage.
ANSWER: V D
4. The V millisievert V (mSv) V is V equal V to
a. 1/10 V of V a V sievert.
b. 1/100 V of V a V sievert.
c. 1/1000 V of V a V sievert.
d. 1/10,000 V of V a V sievert.
ANSWER: V C
, Radiation VProtection V in VMedical V Radiography V8th VEdition VSherer
Test Ban
5. The V advantages V of V the V BERT V method V are
1. it V does V not V imply V radiation V risk; V it V is V simply V a V means V for V comparison.
2. it V emphasizes V that V radiation V is V an V innate V part V of V our V environment.
3. it V provides V an V answer V that V is V easy V for V the V patient V to V comprehend.
a. 1 V and V 2 V only
b. 1 V and V 3 V only
c. 2 V and V 3 V only
d. 1, V 2, V and V 3
ANSWER: V D
6. If Va Vpatient Vasks Va Vradiographer Va Vquestion Vabout Vhow Vmuch Vradiation Vhe Vor
Vshe Vwill V receivefrom Va Vspecific Vx-ray Vprocedure, Vthe Vradiographer Vcan
a. respond Vby Vusing Van Vestimation Vbased Von Vthe Vcomparison Vof Vradiation
Vreceive V d Vfromthe Vx-ray Vto Vnatural Vbackground Vradiation Vreceived.
b. avoid V the V patient’s V question V by V changing V the V subject.
c. tell V the V patient V that V it V is V unethical V to V discuss V such V concerns.
d. refuse Vto Vanswer Vthe Vquestion Vand Vrecommend Vthat Vhe Vor Vshe
Vspeak Vwith Vthereferring Vphysician.
ANSWER: V A
7. Why Vshould Vthe Vselection Vof Vtechnical Vexposure Vfactors Vfor Vall Vmedical Vimaging
Vprocedures V always Vfollow VALARA? So Vthat Vradiographers Vand Vradiologists Vdo Vnot
Vhave
to V a
a. V So Vthat Vreferring Vphysicians Vordering Vimaging Vprocedures Vdo Vnot Vhave Vto
Vacceptres Vponsibility Vfor Vpatient Vradiation Vsafety.
b.
patient V radiation V safety.
c. Because V radiation-
induced Vcancer Vdoes Vnot Vappear Vto Vhave Va Vdose Vlevel
Vbelowwhich Vindivi Vduals Vwould Vhave Vno Vchance Vof Vdeveloping
Vthis Vdisease.
d. Because V radiation-
induced Vcancer Vdoes Vhave Va Vdose Vlevel Vat Vwhich Vindividualswould
Vhave Va Vchance Vof Vdeveloping Vthis Vdisease.
ANSWER: V C
8. The V cardinal V principles V of V radiation V protection V include V which V of V the V following?
1. Time
2. Distance
3. Shielding
a. 1 V only
b. 2 V only
c. 3 V only
d. 1, V 2, V and V 3
ANSWER: V D
9. In Va Vhospital Vsetting, Vwhich Vof Vthe Vfollowing Vprofessionals Vis Vexpressly Vcharged Vby
Vthe Vho V spitaladministration V with V being V directly V responsible V for V the V execution,
V enforcement, V an Vd Vmaintenance Vof Vthe VALARA Vprogram?
a. Assistant V administrator V of V the V facility
