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(B) The standard values for respiratory volumes and capacities in a healthy adult human are as follows:$1$. Tidal Volume $(TV)$: $500 \; mL$$2$. Expir

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$I < III < II < IV$

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(B) The standard values for respiratory volumes and capacities in a healthy adult human are as follows:$1$. Tidal Volume $(TV)$: $500 \; mL$$2$. Expiratory Reserve Volume $(ERV)$: $1000 \; mL - 1100 \; mL$$3$. Residual Volume $(RV)$: $1100 \; mL - 1200 \; mL$$4$. Vital Capacity $(VC)$: $3500 \; mL - 4600 \; mL$Comparing these values,the order of increasing volume is: $TV Therefore,the correct sequence is $I < III < II < IV$.

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 $2600 \, mL$

Arrange the following in the order of increasing volume:
$I.$ Tidal volume
$II.$ Residual volume
$III.$ Expiratory reserve volume
$IV.$ Vital capacity

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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 $2600 \, mL$

The air which is taken in or given out during a single breath is known as

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Arrange the following in the order of increasing volume:$I.$ Tidal volume$II.$ Residual volume$III.$ Expiratory reserve volume$IV.$ Vital capacity