1/35
Labeling and Function
Name | Mastery | Learn | Test | Matching | Spaced | Call with Kai |
|---|
No analytics yet
Send a link to your students to track their progress

The part of the anesthesia machine labeled “1” is the…
compressed oxygen tank

The part of the anesthesia machine labeled “2” is the…
pressure regulator

The part of the anesthesia machine labeled “3” is the…
pressure gauge

The part of the anesthesia machine labeled “4” is the…
O2 flow meter

The part of the anesthesia machine labeled “5” is the…
O2 flush

The part of the anesthesia machine labeled “6” is the…
vaporizer, into the common gas inlet

The part of the anesthesia machine labeled “7” is the…
unidirectional inhalation valve

The part(s) of the anesthesia machine labeled “8, 9, 10” is the…
breathing circuit

The part of the anesthesia machine labeled “11” is the…
unidirectional exhalation valve

The part of the anesthesia machine labeled “12” is the…
scavenger port

The part of the anesthesia machine labeled “13” is the…
pop-off valve

The part of the anesthesia machine labeled “14” is the…
CO2 absorber

The part of the anesthesia machine labeled “15” is the…
pressure marometer

The part of the anesthesia machine labeled “16” is the…
rebreathing/reservoir bag
The compressed oxygen tank holds…
pure oxygen as a carrier gas to pick up the anesthetic
The compressed oxygen tank holds about….
2,200 psi when full
The pressure regulator will…
reduce and control amount of the oxygen leaving the tank
The pressure gauge will…
measure and track amount of oxygen in the tank
The O2 flow meter controls…
the amount of oxygen delivered to the patient
The O2 flow meter contains a small ball, to read the measurements…
read at the center of the ball
The O2 flow meter should never be below…
0.5 L/min
The O2 flush bypasses…
the vaporizer to deliver pure oxygen
The vaporizer contains…
liquid gas anesthetics
The vaporizer converts…
liquid anesthetic to gas
The common gas inlet is…
the shared pathway for pure O2 and gas anesthetic mixture
The unidirectional inhalation valve ensures…
one-way flow towards the patient
The breathing circuit carries…
gas to and from the patient
The ‘Y’ port of the breathing circuit will…
attach/connect to the patient
The unidirectional valve ensures…
one-way flow away from patient
The position of the pop-off valve determines…
how much exhaled gas goes to the CO2 absorber or scavenger
The CO2 absorber will…
absorb carbon dioxide from exhaled gas, allowing gas anesthetics to be recycled
The pressure manometer reports…
how much pressure is within the patient’s rebreathing circuit
The pressure manometer should never go above…
20 cm
The rebreathing/reservoir bag connects to…
common inlet ventilation
The scavenger port serves as…
an exit for waste
The occlusion valve is a button that…
closes and reopens the pop-off quickly during rebreathing