TEST BANK FOR MOSBY’S RESPIRATORY CARE EQUIPMENT 10TH EDITION BY CAIRO

,TESTPBANKPFORPMOSBY’SPRESPIRATORYPCAREPEQUIPMENTP10THPEDITIONPBYPCAIRO


Description
ThePmostPclinicallyPrelevantPrespiratoryPcarePequipmentPtextbookPonPthePmarket,PMosby’sPRespiratoryPCareP Equipment
,P 10thP EditionP employsP aP "how-
to"P approachP thatP movesP beyondP technicalP descriptionsP ofP machinery.P LearnP toP identifyP equipment,P understandP h
owP itP works,P andP applyP yourP knowledgeP toP clinicalP practicePwithPthisPcomprehensivePoverviewPofPthePequipmentPandPt
echniquesPusedPbyPrespiratoryPtherapistsP toPtreatPcardiopulmonaryPdysfunction.PTheP10thPeditionPincludesPupdatedPinf
ormationPonPthePlatestPdevicesP andPequipment,PwhichParePdividedPintoPclearlyPdefinedPsectionsPincluding:Pventilators,Ptra
nsport,Phome-
care,P neonatalP andP pediatricP ventilators,P andP alternativeP ventilators.P InP addition,P there’sP aP focusP onP specificP ve
ntilatorP characteristicsP suchP asP mode,P monitorsP andP displays,P alarmsP andP indicators,P graphics,P specialP features,Pa
ndPtroubleshootingPforPlesser-usedPventilators.



Table of Contents
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I. Introduction

1. Basic Physics for the Respiratory Therapist
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2. Principles of Infection Control
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3. Introduction to Ventilators
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II. Medical Gases
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4. Manufacture, Storage, and Transport of Medical Gases
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5. Administering Medical Gases: Regulators, Flowmeters, and Controlling Devices
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6. Humidity and Aerosol Therapy
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,III. Assessment

7. Assessment of Pulmonary Function
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8. Assessment of Cardiovascular Function
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9. Blood Gas Monitoring
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IV. Devices

10. Lung Expansion Devices
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11. Mechanical Ventilators: General-Use Devices
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12. Infant/Pediatric Ventilators P




13. Home-Care, Transport Devices, Alternative Devices
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V. Critical Care and Other Therapies
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14. Airway Management Devices and ACLS
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15. Sleep Diagnostics
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, Chapter 01: Basic Physics for the Respiratory Therapist
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MULTIPLEPCHOICE

1. PowerPisPaPmeasurePofPwhichPofPthePfollowing?
a. MechanicalPenergy
b. GravitationalPpotentialPenergy
c. ThePratePatPwhichPworkPisPbeingPperformed
d. ThePratePatPwhichPatomsPandPmoleculesPmove
ANS:PP C
PowerPisPaPmeasurePofPthePratePatPwhichPworkPisPbeingPperformed.PThePformulaPPP=PW/J,PwhereP WP=Pwatts
PandP1PwattPisPequalPtoP1PJ/s,PexpressesPthis.PJoulesParePthePinternationalPstandardPforP expressingPenergyP

andPwork.

PTS:PPP 1 REF:PPPPageP8

2. WhenPeffortPproducesPaPchangePinPthePpositionPofPmatter:
a. workPisPperformed.
b. itPisPknownPasPaPjoule.
c. mechanicalPpowerPisPcreated.
d. thePlawPofPthePconservationPofPenergyPisPbeingPused.
ANS:PP A
WorkPisPperformedPonlyPwhenPeffortPorPoutsidePforcesPproducePaPchangePinPthePpositionPofP matter.

PTS:PPP 1 REF:PPPPageP8

3. ThePunitPusedPtoPexpressPthePforcePofP1PnewtonP(N)PactingPonPaP1-
kilogramP(kg)PobjectPtoPmoveP itP1PmeterP(m)PisPwhichPofPthePfollowing?
a. Watt c. Kilowatt
b. Joule d. KineticPenergy
ANS:PP B
OnePjoulePisPequalPtoPthePforcePofP1PNPactingPonP1Pkg.PAPwattPisPequivalentPtoP1PJ/s.PAPkilowattPisP simplyP10
00PW.PKineticPenergyPisPenergyPanPobjectPpossessesPwhenPitPisPinPmotion.

PTS:PPP 1 REF:PPPPageP8

4. PowerPisPexpressedPinPwhichPofPthePfollowingPunits?
a. Newtons c. Ohms
b. Joules d. Watts
ANS:PP D
PowerPisPaPmeasurePofPthePratePatPwhichPworkPisPbeingPperformed.PEnergyPandPworkPareP measuredPinPjoul
es.POnePjoulePisPthePforcePofP1PNPactingPonPaP1-
kgPobjectPtoPmovePitP1Pm.POhmsP isPthePresistancePanPelectricalPcircuitPpossesses.

PTS:PPP 1 REF:PPPPageP8