hB h B An hBIntroduction hBto hBthe hBHuman hBBody
Multiple hBChoice
hB
1. This hBis hBthe hBstudy hBof hBthe hBfunctions hBof h B body hBstructures.
a. Anatomy
b. Physiology
c. Dissection
d. Histology
e. Immunology
Ans: hBB
hBDifficulty:
hBeasyhBFeedback
: hB1.1
2. This hBis hBdefined hBas hBa hBgroup hBof hBcells hBwith hBsimilar hBstructure hBand hBfunction.
a. Tissue
b. Organ
c. Molecules
d. Compounds
e. Organism
Ans: hBA
hBDifficulty:
hBeasyhBFeedback
: hB1.2
3. Using hByour hBfingers hBto hBfind hByour hBpulse hBon hByour hBwrist hBis hBan hBexample hBof
a. Auscultation
b. Palpation
c. Responsiveness
d. Gross hBanatomy
e. Physiologist
Ans: hBB
Difficulty:
hBmediumh Feedback
B
: hB1.2
,4. Percussion hBtechniques hBcan hBbe hBused hBto hBdetermine
a. Heart hBbeats
b. Pulse hBrate
c. Amplify hBsounds
d. Fluid hBin hBthe hBlungs
e. Enlarged hBorgans
Ans: hBD
Difficulty:
hBmediumh Feedback
B
: hB1.2
5. This hBis hBthe hBsum hBof hBall hBcellular hBprocesses hBthat hBoccur hBin hBthe hBbody.
a. Metabolism
b. Anabolism
c. Catabolism
d. Auscultation
e. Palpation
Ans: hBA
hBDifficulty:
hBhardh Feedback
B
: hB1.3
6. List hBthe hBbasic hBprocesses hBof hBlife.
Ans: hBThe hBbasic hBprocesses hBof hBlife hBinclude hBmetabolism, hBresponsiveness,
hBmovement,h growth, hBdifferentiation hBand hBreproduction.
B
Difficulty:
hBmediumh Feedback
B
: hB1.3
7. This hBis hBthe hBregulation hBof hBbody hBconditions hBwithin hBnormal hBlimits.
a. Palpation
b. Percussion
c. Homeostasis
d. Autopsy
e. Histology
Ans: hBC
hBDifficulty:
hBeasyhBFeedback
: hB1.4
,8. The hBsystems hBthat hBprovide hBhomeostasis
hBare:
a. Cardiovascular hBand hBIntegumentary
b. Nervous hBsystem hBand hBEndocrine
c. Cardiovascular hBand hBrespiratory h B systems
d. Respiratory h B and hBmuscular hBsystems
e. Urinary hBand hBintegumentary hBsystems
Ans: hBB
hBDifficulty:
hBeasyhBFeedback
: hB1.4
9. This hBbody hBfluid hBdirectly hBaffects hBthe hBproper hBfunctioning hBof hBcells.
a. Lymph
b. Blood
c. Interstitial hBfluid
d. Aqueous hBhumor
e. Vitreous hBbody
Ans: hBC
Difficulty:
hBmediumh Feedback
B
: hB1.4
10. Name hBthe hBdifferences hBbetween hBa hBpositive hBand hBa hBnegative hBfeedback hBsystem.
Ans: hBA hBpositive hBfeedback hBsystem hBwill hBstrengthen hBor hBreinforce hBa hBchange
hBin hBone hBof hBthe hBbody’s hBcontrolled hBconditions hBwhile hBa hBnegative hBfeedback
hBsystem hBwill hBreverse hBah change hBin hBa hBcontrolled hBcondition.
B
Difficulty:
hBmediumh Feedback
B
: hB1.4
11. This hBis hBthe hBstructure hBof hBa hBfeedback hBsystem hBthat hBreceives hBoutput hBfrom
hBthe hBcontrolh center.
B
a. Receptor
b. Body hBfluids
c. Brain
d. Effector
e. Afferent
, Ans: hBD
Difficulty:
hBmediumh Feedback
B
: hB1.4
12. This hBis hBthe hBstructure hBof hBa hBfeedback hBsystem hBthat hBprovides hBinput hBto hBthe
hBcontrol hBcenter.
a. Receptor
b. Muscle
c. Brain
d. Effector
e. Efferent
Ans: hBA
Difficulty:
hBmediumh Feedback
B
: hB1.4
13. A hBcondition hBNOT hBregulated hBby hBa hBnegative hBfeedback hBloop hBwould hBbe:
a. Childbirth
b. Body hBtemperature
c. Blood hBpressure
d. Heart hBrate
e. Blood hBsugar
Ans: hBA
Difficulty:
hBmediumh Feedback
B
: hB1.4
14. This hBis hBa hBchange hBin hBbody hBfunction hBthat hBcan hBbe hBmeasured hBobjectively.
a. Symptom
b. Disorder
c. Disturbance
d. Disease
e. Sign
Ans: hBE
Difficulty:
hBmediumh Feedback
B
: hB1.4