help If the residual air in mammalian lungs was reduced while at the same time the tidal volume were increased, how would this alter the po,in the alveoli? The situation is shown below.6000600050005000МaxхimumMaximumTotalTotalpossibleinhalationpossibleinhalationlunglungсараcity40004000сараcity3000Tidal volurme3000Tidal volume2000Мaхimum2000possibleexhalation10001000Maximumpossibleexhalatior204060204060Time (sec)Time (sec)Figeelogy te214W.H. nan eFige 1Bolag How e eáse 2014WHanrd CerpanySelect one:a. The pO2 in the alveoli would be lower in the new arrangementb. The pOz in the alveoli would be higher in the new arrangementc. The pOz in the alveoli would be the same in the new arrangementLung volume (mL)Lung volume (mL)

Tidal volume is the sum of air that flows into and out of the lungs during each respiratory cycle.

If the residual air in mammalian lungs was reduced while at the same time the tidal volume were increased, how would this alter the pO2 in the alveoli? The situation is shown below. 6000 6000 5000 5000 Маximum Maximum Total possible inhalation lung сараcity possible inhalation Total lung сараcity 4000 4000 3000 Tidal volume 3000 Tidal volume 2000 Мaximum 2000 possible exhalation 1000 1000 Maximum possible exhalatior 20 40 60 20 40 60 Time (sec) Time (sec) Figre 1 y t 214N.IL un and Campare 2014WILmanand Corpany Select one: a. The pO2 in the alveoli would be lower in the new arrangement b. The pOz in the alveoli would be higher in the new arrangement c. The pO2 in the alveoli would be the same in the new arrangement Lung volume (mL) Lung volume (mL)

If the residual air in mammalian lungs was reduced while at the same time the tidal volume were increased, how would this alter the pO2 in the alveoli? The situation is shown below. 6000 6000 5000 5000 Маximum Maximum Total possible inhalation lung сараcity possible inhalation Total lung сараcity 4000 4000 3000 Tidal volume 3000 Tidal volume 2000 Мaximum 2000 possible exhalation 1000 1000 Maximum possible exhalatior 20 40 60 20 40 60 Time (sec) Time (sec) Figre 1 y t 214N.IL un and Campare 2014WILmanand Corpany Select one: a. The pO2 in the alveoli would be lower in the new arrangement b. The pOz in the alveoli would be higher in the new arrangement c. The pO2 in the alveoli would be the same in the new arrangement Lung volume (mL) Lung volume (mL)

Biomedical Instrumentation Systems

1st Edition

ISBN:9781133478294

Author:Chatterjee

Publisher:Chatterjee

Chapter11: Instrumentation In Respiration

Section: Chapter Questions

Problem 14P

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