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 $(VC)$

  • A
    $a < b < c < d$
  • B
    $a < b < d < c$
  • C
    $a < c < d < b$
  • D
    $a < d < c < b$

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Similar Questions

Match the following columns:
Column-$I$Column-$II$
$P. TLC - IC$$I. 500 \, mL$
$Q. IC - IRV$$II. 1100$ to $1200 \, mL$
$R. TLC - VC$$III. 1500$ to $1600 \, mL$
$S. ERV + TV$$IV. 2100$ to $2600 \, mL$

About $1200\; mL$ of air is always known to remain inside the human lungs. It is described as

What is the volume of air inspired or expired during normal respiration called?

Listed below are four respiratory capacities and four respiratory volumes of a normal human adult.
Respiratory CapacitiesRespiratory Volumes
$(i)$ $RV$$2500$ mL
(ii) $VC$$2500$-$3000$ mL
(iii) $IRV$$1100$-$1200$ mL
(iv) $IC$$4500$ mL

Which one of the following is the correct matching of two capacities and volumes?

Define the following terms:
$(a)$ Tidal volume
$(b)$ Residual volume
$(c)$ Asthma

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