If force of attraction between the gas molecules is negligible, vander Waal's equation (for one 1 mole) will become?
$P V = R T + P b$
$P V = \frac{R T}{V - b} - \frac{a}{V^{2}}$
$P V = R T + a / V$
$P V = R T - a / V$

Question

If force of attraction between the gas molecules is negligible- vander Waal-s equation -for one 1 mole- will become-PV -RT - PbPV - frac-RT-V-b- - frac-a-V-2-PV - RT - a-VPV - RT - a-V

Toppr Admin · Accepted Answer

Column A	Column B
(A) High pressure	(i) $P V = R T + P b$
(B) Low pressure	(ii) $P V = R T - \frac{a}{V}$
(C) $P \to 0$	(iii) $P V = R T$
(D) Neither $a$ nor $b$ is negligible	(iv) $(P + \frac{a}{V^{2}}) (V - b) = R T$

If force of attraction between the gas molecules is negligible, vander Waal's equation (for one 1 mole) will become?PV=RT+PbPV=RTV−b−aV2PV=RT+a/VPV=RT−a/V

If force of attraction between the gas molecules is negligible, vander Waal's equation (for one 1 mole) will become?
$P V = R T + P b$
$P V = \frac{R T}{V - b} - \frac{a}{V^{2}}$
$P V = R T + a / V$
$P V = R T - a / V$