The virial equation for 1mole of a real gas is written as : PV=RT [1+(A)/(V)+(B)/(V^(2))+(C)/(V^(3))+ ........ To higher power of n] Where A,B, and C are known as virial coefficients . If Vander wall's equation is written in virial form, then what will be value of B :

The virial equation for 1mole of a real gas is written as : PV=RT [1

1.	The virial equation for 1mole of a real gas is written as : PV=RT [1+(A)/(V)+(B)/(V^(2))+(C)/(V^(3))+ ........ To higher power of n] Where A,B, and C are known as virial coefficients . If Vander wall's equation is written in virial form, then what will be value of B :
Answer» `a-(B)/(RT)` `b^(3)` `b-(a)/(RT)` `b^(2)` ANSWER :4