VANDER'S HUMAN PHYSIOLOGY
15TH EDITION
BY ERIC WIDMAIER AND HERSHEL RAFF AND
KEVIN STRANG
TEST BANK
,
,Chapter c01 cHomeostasis: cA cFramework cfor cHuman cPhysiology
Multiple cChoice cQuestions
1. The cfour cbroad ccategories cof ccells cinclude cthose cspecialized cfor ceach cof cthe cfollowing cfunctions cexcept
A. Movement
B. Synthesis cof ccomplex cmolecules
C. Secretion
D. Support
E. Conduction cof celectrical cimpulses
2. Physiology cis cthe cstudy cof
A. How ctwo corganisms cinteract
B. How corganisms cfunction
C. The cspread cof cdiseases
D. The cstructure cof cthe cbody
3. The cstudy cof cdisease cstates cin cthe cbody cis ccalled
A. Pathophysiology
B. Anatomy
C. Homeostasis
D. Biology
E. Histology
4. Which cis cnot ca cconnective ctissue ccell?
A. Bone ccells
B. Skeletal cmuscle ccells
C. Blood ccells
D. Fat ccells
E. Both cskeletal cmuscle ccells cand cblood ccells care ccorrect
5. Epithelial ccells
A. Include cfat-storing ccells
B. Act cas canchors cfor cbody cstructures
C. Form cboundaries cbetween cbody ccompartments
D. Both cinclude cfat-storing ccells cand cact cas canchors cfor cbody cstructures care ccorrect
E. Include call cof cthe cchoices care ccorrect
, 6. The ccell ctype cthat cis cspecialized cto ccommunicate cwith cother ccells cand ccontrol ctheir cactivities cis
A. Epithelial ccells
B. Muscle ccells
C. Connective ctissue ccells
D. Nerve ccells
E. All cof cthe cchoices care ccorrect
7. The cdevelopmental cprocess cthat cleads cto cspecialized ccell ctypes cis ccalled
A. Genomics
B. Differentiation
C. Homeostasis
D. Positive cfeedback
E. Acclimatization
8. Which cof cthe cfollowing cstatements cis ctrue cwith cregard cto cthe cextracellular cmatrix?
A. Its ccomposition cis cuniform cin call cof cthe cbody's ctissues
B. It cis can cinert cframework cupon cwhich ccells care canchored
C. It cis ccomposed cof cfibers cand cother cproteins
D. It cfunctions cto callow ccommunication cbetween ccells
E. Both cit cis ccomposed cof cfibers cand cother cproteins cand cit cfunctions cto callow ccommunication cbetween
ccells care ccorrect
9. The cinternal cenvironment
A. Refers cto cthe cintracellular cfluid ccompartment cof cthe cbody
B. Is cregulated cto cremain crelatively cconstant cby cthe cspecialized cactivities cof cmany cof cthe cbody's ccells
C. Is cthe cmedium cfor cexchange cof cnutrients cand cwastes cfor cthe cbody's ccells
D. Both crefers cto cthe cintracellular cfluid ccompartment cof cthe cbody cand cis cregulated cto cremain crelatively
cconstant cby cthe cspecialized cactivities cof cmany cof cthe cbody's ccells care ccorrect
E. Both cis cregulated cto cremain crelatively cconstant cby cthe cspecialized cactivities cof cmany cof cthe cbody's
ccells cand cis cthe cmedium cfor cexchange cof cnutrients cand cwastes cfor cthe cbody's ccells care ccorrect
10. If ca cperson cbegins cto csweat cupon centering ca chot croom cbut ccontinued csweating cis cable cto ckeep
cthe cbody ctemperature cconstant, cthe cperson cis
A. In cequilibrium
B. Not cusing cenergy cto cmaintain ca cconstant ctemperature
C. In csteady cstate
D. Using ca cpositive cfeedback cmechanism
15TH EDITION
BY ERIC WIDMAIER AND HERSHEL RAFF AND
KEVIN STRANG
TEST BANK
,
,Chapter c01 cHomeostasis: cA cFramework cfor cHuman cPhysiology
Multiple cChoice cQuestions
1. The cfour cbroad ccategories cof ccells cinclude cthose cspecialized cfor ceach cof cthe cfollowing cfunctions cexcept
A. Movement
B. Synthesis cof ccomplex cmolecules
C. Secretion
D. Support
E. Conduction cof celectrical cimpulses
2. Physiology cis cthe cstudy cof
A. How ctwo corganisms cinteract
B. How corganisms cfunction
C. The cspread cof cdiseases
D. The cstructure cof cthe cbody
3. The cstudy cof cdisease cstates cin cthe cbody cis ccalled
A. Pathophysiology
B. Anatomy
C. Homeostasis
D. Biology
E. Histology
4. Which cis cnot ca cconnective ctissue ccell?
A. Bone ccells
B. Skeletal cmuscle ccells
C. Blood ccells
D. Fat ccells
E. Both cskeletal cmuscle ccells cand cblood ccells care ccorrect
5. Epithelial ccells
A. Include cfat-storing ccells
B. Act cas canchors cfor cbody cstructures
C. Form cboundaries cbetween cbody ccompartments
D. Both cinclude cfat-storing ccells cand cact cas canchors cfor cbody cstructures care ccorrect
E. Include call cof cthe cchoices care ccorrect
, 6. The ccell ctype cthat cis cspecialized cto ccommunicate cwith cother ccells cand ccontrol ctheir cactivities cis
A. Epithelial ccells
B. Muscle ccells
C. Connective ctissue ccells
D. Nerve ccells
E. All cof cthe cchoices care ccorrect
7. The cdevelopmental cprocess cthat cleads cto cspecialized ccell ctypes cis ccalled
A. Genomics
B. Differentiation
C. Homeostasis
D. Positive cfeedback
E. Acclimatization
8. Which cof cthe cfollowing cstatements cis ctrue cwith cregard cto cthe cextracellular cmatrix?
A. Its ccomposition cis cuniform cin call cof cthe cbody's ctissues
B. It cis can cinert cframework cupon cwhich ccells care canchored
C. It cis ccomposed cof cfibers cand cother cproteins
D. It cfunctions cto callow ccommunication cbetween ccells
E. Both cit cis ccomposed cof cfibers cand cother cproteins cand cit cfunctions cto callow ccommunication cbetween
ccells care ccorrect
9. The cinternal cenvironment
A. Refers cto cthe cintracellular cfluid ccompartment cof cthe cbody
B. Is cregulated cto cremain crelatively cconstant cby cthe cspecialized cactivities cof cmany cof cthe cbody's ccells
C. Is cthe cmedium cfor cexchange cof cnutrients cand cwastes cfor cthe cbody's ccells
D. Both crefers cto cthe cintracellular cfluid ccompartment cof cthe cbody cand cis cregulated cto cremain crelatively
cconstant cby cthe cspecialized cactivities cof cmany cof cthe cbody's ccells care ccorrect
E. Both cis cregulated cto cremain crelatively cconstant cby cthe cspecialized cactivities cof cmany cof cthe cbody's
ccells cand cis cthe cmedium cfor cexchange cof cnutrients cand cwastes cfor cthe cbody's ccells care ccorrect
10. If ca cperson cbegins cto csweat cupon centering ca chot croom cbut ccontinued csweating cis cable cto ckeep
cthe cbody ctemperature cconstant, cthe cperson cis
A. In cequilibrium
B. Not cusing cenergy cto cmaintain ca cconstant ctemperature
C. In csteady cstate
D. Using ca cpositive cfeedback cmechanism
