,ChapterFD01:FDIntroductionFDtoFDtheFDBody
Patton:FDTheFDHumanFDBodyFDinFDHealthFD&FDDisease,FD8thFDEdition
MULTIPLEFDCHOICE
1. WhichFDwordFDisFDderivedFDfromFDtheFDGreekFDwordFDmeaningFD“cuttingFDup”?
a. Dissection
b. Physiology
c. Pathology
d. Anatomy
ANS:FDDF D PTS: 1 DIF:
MemorizationFDREF: P.FD3
TOP: Introduction
2. WhichFDwordFDisFDdefinedFDasFDtheFDstudyFDofFDtheFDfunctionFDofFDlivingFDorganismsFDa
ndFDtheirFDparts?
a. Dissection
b. Physiology
c. Pathology
d. Anatomy
ANS:FDBF D PTS: 1 DIF:
MemorizationFDREF: p.FD3
TOP: Introduction
3. WhichFDwordFDisFDdefinedFDasFDtheFDscientificFDstudyFDofFDdisease?
a. Dissection
b. Physiology
c. Pathology
d. Anatomy
,ANS:FDCF D PTS: 1 DIF: MemorizationFD REF: P.FD3 TOP: Introduction
4. Cells
a. areFDmoreFDcomplexFDthanFDtissues.
b. areFDtheFDfirstFDlevelFDofFDorganizationFDinFDtheFDbody.
c. areFDtheFDsmallestFDlivingFDunitsFDofFDstructureFDandFDfunctionFDinFDtheFDbody.
d. bothFDBFDandFDC.
ANS:FDCF D PTS: 1 DIF: Application REF: p.FD6FDTOP:
StructuralFDlevelsFDofFDorganization
5. AFDgroupFDofFDcellsFDthatFDactFDtogetherFDtoFDperformFDaFDfunctionFDisFDcalledFDa(n)
a. molecule.
b. organ.
c. tissue.
d. organism.
ANS:FDCF D PTS: 1 DIF: MemorizationFDREF: p.FD6 TOP:
StructuralFDlevelsFDofFDorganization
6. TheFDheartFDisFDanFDexampleFDofFDa(n)
a. organ.
b. tissue.
c. organism.
d. system.
ANS:FDAF D PTS: 1 DIF: Application REF: p.FD6FDTOP:
StructuralFDlevelsFDofFDorganization
7. TheFDlevelsFDofFDorganizationFDfromFDmostFDsimpleFDtoFDmostFDcomplexFDare
a. cellF D chemicalF D organF D tissueF D system.
b. tissueF D cellF D chemicalF D organF D system.
c. chemicalF D tissueF D cellF D organF D system.
, d. chemicalF D cellF D tissueF D organF D system.
ANS:FDDF D PTS: 1 DIF: MemorizationFDREF: p.FD5 TOP:
StructuralFDlevelsFDofFDorganization
8. WhenFDusingFDdirectionalFDtermsFDtoFDdescribeFDtheFDbody,FDitFDisFDassumedFDthatFDtheFD
bodyFDisFDinFDwhatFDposition?
a. Supine
b. Anatomical
c. Lateral
d. Prone
ANS:FDBF D PTS: 1 DIF: MemorizationFDREF: p.FD7 TOP:
AnatomicalFDposition
9. TheFDsupineFDposition
a. describesFDtheFDbodyFDlyingFDfaceFDup.
b. isFDalsoFDcalledFDanatomicalFDposition.
c. describesFDtheFDbodyFDlyingFDfaceFDdown.
d. bothFDAFDandFDB.
ANS:FDAF D PTS: 1 DIF: MemorizationFDREF: p.FD7 TOP:
AnatomicalFDposition
10. TheFDproneFDposition
a. describesFDtheFDbodyFDlyingFDfaceFDup.
b. isFDalsoFDcalledFDtheFDanatomicalFDposition.
c. describesFDtheFDbodyFDlyingFDfaceFDdown.
d. bothFDBFDandFDC.
ANS:FDCF D PTS: 1 DIF: MemorizationFDREF: p.FD7 TOP:
AnatomicalFDposition
11. BecauseFDhumansFDwalkFDupright,FDtheFDtermFDdorsalFDcanFDbeFDusedFDinFDplaceFDofFDtheFDterm
a. inferior.
Patton:FDTheFDHumanFDBodyFDinFDHealthFD&FDDisease,FD8thFDEdition
MULTIPLEFDCHOICE
1. WhichFDwordFDisFDderivedFDfromFDtheFDGreekFDwordFDmeaningFD“cuttingFDup”?
a. Dissection
b. Physiology
c. Pathology
d. Anatomy
ANS:FDDF D PTS: 1 DIF:
MemorizationFDREF: P.FD3
TOP: Introduction
2. WhichFDwordFDisFDdefinedFDasFDtheFDstudyFDofFDtheFDfunctionFDofFDlivingFDorganismsFDa
ndFDtheirFDparts?
a. Dissection
b. Physiology
c. Pathology
d. Anatomy
ANS:FDBF D PTS: 1 DIF:
MemorizationFDREF: p.FD3
TOP: Introduction
3. WhichFDwordFDisFDdefinedFDasFDtheFDscientificFDstudyFDofFDdisease?
a. Dissection
b. Physiology
c. Pathology
d. Anatomy
,ANS:FDCF D PTS: 1 DIF: MemorizationFD REF: P.FD3 TOP: Introduction
4. Cells
a. areFDmoreFDcomplexFDthanFDtissues.
b. areFDtheFDfirstFDlevelFDofFDorganizationFDinFDtheFDbody.
c. areFDtheFDsmallestFDlivingFDunitsFDofFDstructureFDandFDfunctionFDinFDtheFDbody.
d. bothFDBFDandFDC.
ANS:FDCF D PTS: 1 DIF: Application REF: p.FD6FDTOP:
StructuralFDlevelsFDofFDorganization
5. AFDgroupFDofFDcellsFDthatFDactFDtogetherFDtoFDperformFDaFDfunctionFDisFDcalledFDa(n)
a. molecule.
b. organ.
c. tissue.
d. organism.
ANS:FDCF D PTS: 1 DIF: MemorizationFDREF: p.FD6 TOP:
StructuralFDlevelsFDofFDorganization
6. TheFDheartFDisFDanFDexampleFDofFDa(n)
a. organ.
b. tissue.
c. organism.
d. system.
ANS:FDAF D PTS: 1 DIF: Application REF: p.FD6FDTOP:
StructuralFDlevelsFDofFDorganization
7. TheFDlevelsFDofFDorganizationFDfromFDmostFDsimpleFDtoFDmostFDcomplexFDare
a. cellF D chemicalF D organF D tissueF D system.
b. tissueF D cellF D chemicalF D organF D system.
c. chemicalF D tissueF D cellF D organF D system.
, d. chemicalF D cellF D tissueF D organF D system.
ANS:FDDF D PTS: 1 DIF: MemorizationFDREF: p.FD5 TOP:
StructuralFDlevelsFDofFDorganization
8. WhenFDusingFDdirectionalFDtermsFDtoFDdescribeFDtheFDbody,FDitFDisFDassumedFDthatFDtheFD
bodyFDisFDinFDwhatFDposition?
a. Supine
b. Anatomical
c. Lateral
d. Prone
ANS:FDBF D PTS: 1 DIF: MemorizationFDREF: p.FD7 TOP:
AnatomicalFDposition
9. TheFDsupineFDposition
a. describesFDtheFDbodyFDlyingFDfaceFDup.
b. isFDalsoFDcalledFDanatomicalFDposition.
c. describesFDtheFDbodyFDlyingFDfaceFDdown.
d. bothFDAFDandFDB.
ANS:FDAF D PTS: 1 DIF: MemorizationFDREF: p.FD7 TOP:
AnatomicalFDposition
10. TheFDproneFDposition
a. describesFDtheFDbodyFDlyingFDfaceFDup.
b. isFDalsoFDcalledFDtheFDanatomicalFDposition.
c. describesFDtheFDbodyFDlyingFDfaceFDdown.
d. bothFDBFDandFDC.
ANS:FDCF D PTS: 1 DIF: MemorizationFDREF: p.FD7 TOP:
AnatomicalFDposition
11. BecauseFDhumansFDwalkFDupright,FDtheFDtermFDdorsalFDcanFDbeFDusedFDinFDplaceFDofFDtheFDterm
a. inferior.