The van der Waals' constant 'b' of a gas is `4pixx 10^(-4)L//mol.` How near can the centeres of the two molecules approach each other? [Use :`N_(A)=6xx10^(23)`]

Vander Waal's constant 'b' of a gas is 125.57 centilitre // mol. How near can be the centres of the two molecules approach each other ?

The van der Waals constant ‘b’ for oxygen is 0.0318 L mol^(-1) . Calculate the diameter of the oxygen molecule.

The van der Waals constant ‘b’ for oxygen is 0.0318 L mol^(-1) . Calculate the diameter of the oxygen molecule.

The van der Waals constant b of Ar is 3.22xx10^(-5) m^(3) mol^(-1) . Calculate the molecular diameter of Ar .

The van der Waals constant b of Ar is 3.22xx10^(-5) m^(3) mol^(-1) . Calculate the molecular diameter of Ar .

The vander waals constatn 'b' of a gas is 4 pi xx 10^(-4) L//mol . The radius of gas atom can be expressed in secientific notation as z = 10^(-9)cm . Calculate the value fo z .(Given N_(A) = 6 xx 10^(23))

The vander waals constatn 'b' of a gas is 4 pi xx 10^(-4) L//mol . The radius of gas atom can be expressed in secientific notation as z = 10^(-9)cm . Calculate the value fo z .(Given N_(A) = 6 xx 10^(23))