If Expiratory Reserve Volume $(ERV)$ is $1100 \text{ ml}$, Residual Volume $(RV)$ is $1200 \text{ ml}$ and Tidal Volume $(TV)$ is $500 \text{ ml}$, then what is the Functional Residual Capacity $(FRC)$ (in $\text{ ml}$)?

  • A
    $1600$
  • B
    $2800$
  • C
    $2300$
  • D
    $1200$

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State the volume of air remaining in the lungs after a normal breathing.

Arrange the following in increasing order of their volumes:
$(a)$ Tidal Volume $(TV)$
$(b)$ Residual Volume $(RV)$
$(c)$ Inspiratory Reserve Volume $(IRV)$
$(d)$ Vital Capacity $(VC)$

Tidal Volume and Expiratory Reserve Volume of an athlete are $500 \; mL$ and $1000 \; mL$ respectively. What will be his Expiratory Capacity if the Residual Volume is $1200 \; mL$? ........$mL$

Listed below are four respiratory capacities $(i-iv)$ and four jumbled respiratory volumes of a normal human adult. Which one of the following is the correct matching of two capacities and volumes?
Respiratory capacities Respiratory volumes
$(i)$ Residual volume $2500 \; mL$
$(ii)$ Vital capacity $3500 \; mL$
$(iii)$ Inspiratory reserve volume $1200 \; mL$
$(iv)$ Inspiratory capacity $4500 \; mL$

The volume of air inspired or expired by a healthy man per minute is

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