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{:(,"List-I(Van der Waals equation)",,"L...

`{:(,"List-I(Van der Waals equation)",,"List-II(given by)"),("(a)","high pressure and low temperature",,"(p)PV=RT+Pb"),("(b)","low pressure",,(q)PV=RT-a//V),("(c)","Force of attraction is negligible",,"(r)PV=RT+aV"),("(d)","volume of molecule is negligible",,"(s)[P+a/V^(2)](V-b)=RT):}`

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{:(,"Column-I",,"Column-II"),("(P)","If volume of gas molecules be negligible",,(1)(P+a/V_(2))(V-b)=RT),("(Q)","At very high pressure",,"(2)PV=RT+Pb"),("(R)","At low pressure and high temperature",,(3)PV=RT-a/V),("(S)","van der Waal's gas",,"(4)PV=RT"):}

In Van der wal's equation (p+a/V^2)(V-b)=RT dimension of 'a' will be

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In a gas equation, PV = RT, V refers to the volume of

In van der Waal's equations (P+a/(V^(2)))(V-b)=RT , what are the dimensions of the constants a and b?

In the Van-der-Waals equation (p_(1)+(a)/(v^(2)))(v-b) =RT.Find the dimension of a and b