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

What is the total lung capacity of a healthy human adult (in $ ml$)?

Whose value is between $3000$ to $3500 \text{ mL}$?

Match List-$I$ with List-$II$:

List-$I$ (Respiratory Volume)	List-$II$ (Capacity in mL)
$A$. $ERV$ (Expiratory Reserve Volume)	$I$. $2500-3000 \text{ mL}$
$B$. $RV$ (Residual Volume)	$II$. $500 \text{ mL}$
$C$. $IRV$ (Inspiratory Reserve Volume)	$III$. $1000-1100 \text{ mL}$
$D$. $TV$ (Tidal Volume)	$IV$. $1100-1200 \text{ mL}$

Choose the correct answer from the options given below:

Which of the following has the lowest volume?

Identify the type of pulmonary volume/capacity on the basis of the quantity of air present in the lungs given below.
$I.$ $1100 \ mL - 1200 \ mL$
$II.$ $500 \ mL$
$III.$ $5000 \ mL - 6000 \ mL$
Choose the correct option.