TEST BANK For Mosby’s Respiratory Care
dd dd dd dd dd
Equipment, 11th Edition
dd dd dd
by J. M. Cairo Chapters 1 - 15
dd dd dd dd dd dd dd
,Description
The ddmost ddclinically ddrelevant ddrespiratory ddcare ddequipment ddtextbook ddon ddthe ddmarket, ddMosby’s
ddRespiratory ddCare d Equipment, dd10th ddEdition ddemploys dda dd"how-to" ddapproach ddthat ddmoves ddbeyond
ddtechnical dddescriptions ddof ddmachinery. ddLearn ddto ddidentify ddequipment, ddunderstand ddhow ddit ddworks, ddand
ddapply ddyour ddknowledge ddto ddclinical ddpractice ddwith ddthis ddcomprehensive ddoverview ddof ddthe ddequipment
ddand ddtechniques ddused ddby ddrespiratory ddtherapists dto ddtreat ddcardiopulmonary dddysfunction. ddThe dd10th
ddedition ddincludes ddupdated ddinformation ddon ddthe ddlatest dddevices ddand ddequipment, ddwhich ddare dddivided
ddinto ddclearly dddefined ddsections ddincluding: ddventilators, ddtransport, ddhome-care, dneonatal ddand ddpediatric
ddventilators, ddand ddalternative ddventilators. ddIn ddaddition, ddthere’s dda ddfocus ddon ddspecific ddventilator
ddcharacteristics ddsuch ddas ddmode, ddmonitors ddand dddisplays, ddalarms ddand ddindicators, ddgraphics, ddspecial
ddfeatures, ddand ddtroubleshooting ddfor ddlesser-used ddventilators.
Table of Contents
dd dd
I. Introduction
1. Basic Physics for the Respiratory Therapist
dd dd dd dd dd
2. Principles of Infection Control
dd dd dd
3. Introduction to Ventilatorsdd dd
II. Medical Gases dd
4. Manufacture, Storage, and Transport of Medical Gases
dd dd dd dd dd dd
5. Administering Medical Gases: Regulators, Flowmeters, and Controlling Devices
dd dd dd dd dd dd dd
6. Humidity and Aerosol Therapy
dd dd dd
,III. Assessment
7. Assessment of Pulmonary Function
dd dd dd
8. Assessment of Cardiovascular Function
dd dd dd
9. Blood Gas Monitoring
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IV. Devices
10. Lung Expansion Devices
dd dd
11. Mechanical Ventilators: General-Use Devices
dd dd dd
12. Infant/Pediatric Ventilators dd
13. Home-Care, Transport Devices, Alternative Devices
dd dd dd dd
V. Critical Care and Other Therapies
dd dd dd dd
14. Airway Management Devices and ACLS
dd dd dd dd
15. Sleep Diagnostics
dd
, Chapter 01: Basic Physics for the Respiratory Therapist
dd dd dd dd dd dd dd
MULTIPLE
CHOICE
dd
1. Power ddis dda ddmeasure ddof ddwhich ddof ddthe ddfollowing?
a. Mechanical ddenergy
b. Gravitational ddpotential ddenergy
c. The ddrate ddat ddwhich ddwork ddis ddbeing ddperformed
d. The ddrate ddat ddwhich ddatoms ddand ddmolecules ddmove
ANSWER: d d C
Power ddis dda ddmeasure ddof ddthe ddrate ddat ddwhich ddwork ddis ddbeing ddperformed. ddThe ddformula ddP dd=
dd W/J, ddwheredW dd= ddwatts ddand dd1 ddwatt ddis ddequal ddto dd1 ddJ/s, ddexpresses ddthis. ddJoules ddare ddthe
dd international ddstandard ddfor ddexpressing ddenergy ddand ddwork.
PTS: dd dd d d 1 REF: d d Page dd8
2. When ddeffort ddproduces dda ddchange ddin ddthe ddposition ddof ddmatter:
a. work ddis ddperformed.
b. it ddis ddknown ddas dda ddjoule.
c. mechanical ddpower ddis ddcreated.
d. the ddlaw ddof ddthe ddconservation ddof ddenergy ddis ddbeing ddused.
ANSWER: d d A
Work ddis ddperformed ddonly ddwhen ddeffort ddor ddoutside ddforces ddproduce dda ddchange ddin ddthe
dd position ddofdmatter.
PTS: dd dd d d 1 REF: d d Page dd8
3. The ddunit ddused ddto ddexpress ddthe ddforce ddof dd1 ddnewton dd(N) ddacting ddon dda dd1-kilogram dd(kg)
dd object ddto ddmovedit dd1 ddmeter dd(m) ddis ddwhich ddof ddthe ddfollowing?
a. Watt c. Kilowatt
b. Joule d. d d Kinetic ddenergy
ANSWER: d d B
One ddjoule ddis ddequal ddto ddthe ddforce ddof dd1 ddN ddacting ddon dd1 ddkg. ddA ddwatt ddis ddequivalent ddto dd1 ddJ/s.
dd dd dd dd dd
Equipment, 11th Edition
dd dd dd
by J. M. Cairo Chapters 1 - 15
dd dd dd dd dd dd dd
,Description
The ddmost ddclinically ddrelevant ddrespiratory ddcare ddequipment ddtextbook ddon ddthe ddmarket, ddMosby’s
ddRespiratory ddCare d Equipment, dd10th ddEdition ddemploys dda dd"how-to" ddapproach ddthat ddmoves ddbeyond
ddtechnical dddescriptions ddof ddmachinery. ddLearn ddto ddidentify ddequipment, ddunderstand ddhow ddit ddworks, ddand
ddapply ddyour ddknowledge ddto ddclinical ddpractice ddwith ddthis ddcomprehensive ddoverview ddof ddthe ddequipment
ddand ddtechniques ddused ddby ddrespiratory ddtherapists dto ddtreat ddcardiopulmonary dddysfunction. ddThe dd10th
ddedition ddincludes ddupdated ddinformation ddon ddthe ddlatest dddevices ddand ddequipment, ddwhich ddare dddivided
ddinto ddclearly dddefined ddsections ddincluding: ddventilators, ddtransport, ddhome-care, dneonatal ddand ddpediatric
ddventilators, ddand ddalternative ddventilators. ddIn ddaddition, ddthere’s dda ddfocus ddon ddspecific ddventilator
ddcharacteristics ddsuch ddas ddmode, ddmonitors ddand dddisplays, ddalarms ddand ddindicators, ddgraphics, ddspecial
ddfeatures, ddand ddtroubleshooting ddfor ddlesser-used ddventilators.
Table of Contents
dd dd
I. Introduction
1. Basic Physics for the Respiratory Therapist
dd dd dd dd dd
2. Principles of Infection Control
dd dd dd
3. Introduction to Ventilatorsdd dd
II. Medical Gases dd
4. Manufacture, Storage, and Transport of Medical Gases
dd dd dd dd dd dd
5. Administering Medical Gases: Regulators, Flowmeters, and Controlling Devices
dd dd dd dd dd dd dd
6. Humidity and Aerosol Therapy
dd dd dd
,III. Assessment
7. Assessment of Pulmonary Function
dd dd dd
8. Assessment of Cardiovascular Function
dd dd dd
9. Blood Gas Monitoring
dd dd
IV. Devices
10. Lung Expansion Devices
dd dd
11. Mechanical Ventilators: General-Use Devices
dd dd dd
12. Infant/Pediatric Ventilators dd
13. Home-Care, Transport Devices, Alternative Devices
dd dd dd dd
V. Critical Care and Other Therapies
dd dd dd dd
14. Airway Management Devices and ACLS
dd dd dd dd
15. Sleep Diagnostics
dd
, Chapter 01: Basic Physics for the Respiratory Therapist
dd dd dd dd dd dd dd
MULTIPLE
CHOICE
dd
1. Power ddis dda ddmeasure ddof ddwhich ddof ddthe ddfollowing?
a. Mechanical ddenergy
b. Gravitational ddpotential ddenergy
c. The ddrate ddat ddwhich ddwork ddis ddbeing ddperformed
d. The ddrate ddat ddwhich ddatoms ddand ddmolecules ddmove
ANSWER: d d C
Power ddis dda ddmeasure ddof ddthe ddrate ddat ddwhich ddwork ddis ddbeing ddperformed. ddThe ddformula ddP dd=
dd W/J, ddwheredW dd= ddwatts ddand dd1 ddwatt ddis ddequal ddto dd1 ddJ/s, ddexpresses ddthis. ddJoules ddare ddthe
dd international ddstandard ddfor ddexpressing ddenergy ddand ddwork.
PTS: dd dd d d 1 REF: d d Page dd8
2. When ddeffort ddproduces dda ddchange ddin ddthe ddposition ddof ddmatter:
a. work ddis ddperformed.
b. it ddis ddknown ddas dda ddjoule.
c. mechanical ddpower ddis ddcreated.
d. the ddlaw ddof ddthe ddconservation ddof ddenergy ddis ddbeing ddused.
ANSWER: d d A
Work ddis ddperformed ddonly ddwhen ddeffort ddor ddoutside ddforces ddproduce dda ddchange ddin ddthe
dd position ddofdmatter.
PTS: dd dd d d 1 REF: d d Page dd8
3. The ddunit ddused ddto ddexpress ddthe ddforce ddof dd1 ddnewton dd(N) ddacting ddon dda dd1-kilogram dd(kg)
dd object ddto ddmovedit dd1 ddmeter dd(m) ddis ddwhich ddof ddthe ddfollowing?
a. Watt c. Kilowatt
b. Joule d. d d Kinetic ddenergy
ANSWER: d d B
One ddjoule ddis ddequal ddto ddthe ddforce ddof dd1 ddN ddacting ddon dd1 ddkg. ddA ddwatt ddis ddequivalent ddto dd1 ddJ/s.