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Equipment, 11th Edition
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by J. M. Cairo Chapters 1 - 15
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,Description
The rmost rclinically rrelevant rrespiratory rcare requipment rtextbook ron rthe rmarket, rMosby’s rRespiratory
rCare rEquipment, r10th rEdition remploys ra r"how-to" rapproach rthat rmoves rbeyond rtechnical rdescriptions
rof rmachinery. rLearn rto ridentify requipment, runderstand rhow rit rworks, rand rapply ryour rknowledge rto
rclinical rpractice rwith rthis rcomprehensive roverview rof rthe requipment rand rtechniques rused rby
rrespiratory rtherapists rto rtreat rcardiopulmonary rdysfunction. rThe r10th redition rincludes rupdated
rinformation ron rthe rlatest rdevices rand requipment, rwhich rare rdivided rinto rclearly rdefined rsections
rincluding: rventilators, rtransport, rhome-care,rneonatal rand rpediatric rventilators, rand ralternative rventilators.
rIn raddition, rthere’s ra rfocus ron rspecific rventilator rcharacteristics rsuch ras rmode, rmonitors rand rdisplays,
ralarms rand rindicators, rgraphics, rspecial rfeatures, rand rtroubleshooting rfor rlesser-used rventilators.
Table rof rContents
I. Introduction
1. Basic rPhysics rfor rthe rRespiratory rTherapist
2. Principles rof rInfection rControl
3. Introduction rto rVentilators
II. Medical rGases
4. Manufacture, rStorage, rand rTransport rof rMedical rGases
5. Administering rMedical rGases: rRegulators, rFlowmeters, rand rControlling rDevices
6. Humidity rand rAerosol rTherapy
,III. Assessment
7. Assessment rof rPulmonary rFunction
8. Assessment rof rCardiovascular rFunction
9. Blood rGas rMonitoring
IV. Devices
10. Lung rExpansion rDevices
11. Mechanical rVentilators: rGeneral-Use rDevices
12. Infant/Pediatric rVentilators
13. Home-Care, rTransport rDevices, rAlternative rDevices
V. Critical rCare rand rOther rTherapies
14. Airway rManagement rDevices rand rACLS
15. Sleep rDiagnostics
, Chapter r01: rBasic rPhysics rfor rthe rRespiratory rTherapist
MULTIPLE rCHOICE
1. Power ris ra rmeasure rof rwhich rof rthe rfollowing?
a. Mechanical renergy
b. Gravitational rpotential renergy
c. The rrate rat rwhich rwork ris rbeing rperformed
d. The rrate rat rwhich ratoms rand rmolecules rmove
ANSWER: r C
Power ris ra rmeasure rof rthe rrate rat rwhich rwork ris rbeing rperformed. rThe rformula rP r= rW/J,
r whererW r= rwatts rand r1 rwatt ris requal rto r1 rJ/s, rexpresses rthis. rJoules rare rthe rinternational
r standard rfor rexpressing renergy rand rwork.
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2. When reffort rproduces ra rchange rin rthe rposition rof rmatter:
a. work ris rperformed.
b. it ris rknown ras ra rjoule.
c. mechanical rpower ris rcreated.
d. the rlaw rof rthe rconservation rof renergy ris rbeing rused.
ANSWER: r A
Work ris rperformed ronly rwhen reffort ror routside rforces rproduce ra rchange rin rthe rposition
ofrmatter.
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3. The runit rused rto rexpress rthe rforce rof r1 rnewton r(N) racting ron ra r1-kilogram r(kg) robject rto
r moverit r1 rmeter r(m) ris rwhich rof rthe rfollowing?
a. Watt c. Kilowatt
b. Joule d. r Kinetic renergy
ANSWER: r B
One rjoule ris requal rto rthe rforce rof r1 rN racting ron r1 rkg. rA rwatt ris requivalent rto r1 rJ/s. rA rkilowatt
isrsimply r1000 rW. rKinetic renergy ris renergy ran robject rpossesses rwhen rit ris rin rmotion.
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