What will happen if the rate of breathing increases without any change in total minute ventilation ( $\dot { V }$ _Econstant)?

Question

Quizplus · Accepted Answer

If the rate of breathing increases while total minute ventilation remains constant, the tidal volume must decrease. This results in a higher proportion of each breath being dead space ventilation, thus decreasing alveolar ventilation per minute ($\dot { V }$ _A).

What Will Happen If the Rate of Breathing Increases Without V˙\dot { V }V˙

What Will Happen If the Rate of Breathing Increases Without $\dot { V }$