van der Waals' constants for three different gases are given :
`{:("Gases",a,b,),(X,3.0,0.025,),(Y,10.0,0.030,),(Z,6.0,0.035,):}`
Which is correct ?

Vander Waal's constants for three different gases are given: {:("Gas", a, b),(X, 3.0, 0.025),(Y,10.0,0.030),(Z,6.0, 0.035):} Which is correct?

The van der Waals Constants 'a' for different gases have been given as

van der Waals constant b in corrected equation for real gases represents

The van der Waals constants for two gases are as follows : {:("Gas",a(atm L^(2)mol^(-2)),b(L Mol^(-1))),(X,1.39,0.0391),(Y,3.59,0.0427):} Which of them is more easily liquefiable and which has greater molecular size ?

For three different gases values of van der Waals' constant 'a' and 'b' are given. What is the correct order of liquefaction of gases ? {:("Gases",a,b,),(X_(2),1.3,0.090,),(Y_(2),4.1,0.023,),(Z_(2),2.2,0.075,):}

The van der Waals equatin for 0.5 mol of a gas is

Gases X, Y, Z, P and Q have the van der Waal's constants 'a' and 'b' (in CGS units) as shown below: |{:(,X,Y,Z,P,Q),(a,6,6,20,0.05,30),(b,0.025,0.15,0.1,0.02,0.2):}| The gas with the highest critical temperature is:

Consider the following statements If th van der Waals' parameters of two gases are given as {:(,a//dm^(6)"bar"mol^(-2),b//dm^(3)mol^(-1),,),(GasA,6.5,0.056,,),(GasB,18.0,0.011,,):} then which of the following statements is//are correct ? .

Consider the following statements If th van der Waals' parameters of two gases are given as {:(,a//dm^(6)"bar"mol^(-2),b//dm^(3)mol^(-1),,),(GasA,6.5,0.056,,),(GasB,18.0,0.011,,):} then which of the following statements is//are correct ? .