Using the volume graph detemine the aproximate Vt1. 250 ml2.500 ml3. 750 ml4. 1000 ml40cmH₂0 20-ml-0.1000500-0-+2mL/s 0-2.PRESSUREHVOLUMEFLOWVENTILATOR GRAPHICS # 1PAWVT

Given:The graphs are given below;

Answered: Using the volume graph detemine the…

Using the volume graph detemine the aproximate Vt 1. 250 ml 2. 500 ml 3. 750 ml 4. 1000 ml cm H₂O ml 40 20- -0. 1000 500- 0 +2 L/s 0 -2. PRESSURE VOLUME FLOW VENTILATOR GRAPHICS # 1 PAW v

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Using the volume graph detemine the aproximate Vt
1. 250 ml
2.500 ml
3. 750 ml
4. 1000 ml
40
cm
H₂0 20-
ml
-0.
1000
500-
0-
+2
m
L/s 0
-2.
PRESSURE
H
VOLUME
FLOW
VENTILATOR GRAPHICS # 1
PAW
VT

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