van der Waals gas equation for n mole gas is:

Question

van der Waals gas equation for n mole gas is: (A)  ( P+(a/V) )(V-b)=nRT  (B)  ( P+(na/V) )(V-nb)=nRT  (C)  ( P+(n2a/V2) )(V-nb)=nRT  (D)  ( P+(na/V2) )(V-nb)=nRT

Tardigrade Admin · Accepted Answer

The correct van der Waal equation for n moles of gas is ( P+(n2a/V2) )(V-nb)=nRT

Q. van der Waals gas equation for n mole gas is:

$(P + \frac{a}{V}) (V - b) = n RT$

$(P + \frac{na}{V}) (V - nb) = n RT$

$(P + \frac{n ^{2} a}{V ^{2}}) (V - nb) = n RT$

$(P + \frac{na}{V ^{2}}) (V - nb) = n RT$

The correct van der Waal equation for n moles of gas is $(P + \frac{n ^{2} a}{V ^{2}}) (V - nb) = n RT$

Q. van der Waals gas equation for n mole gas is:

(P+Va​)(V−b)=nRT

(P+Vna​)(V−nb)=nRT

(P+V2n2a​)(V−nb)=nRT

(P+V2na​)(V−nb)=nRT

The correct van der Waal equation for n moles of gas is (P+V2n2a​)(V−nb)=nRT

$(P + \frac{a}{V}) (V - b) = n RT$

$(P + \frac{na}{V}) (V - nb) = n RT$

$(P + \frac{n ^{2} a}{V ^{2}}) (V - nb) = n RT$

$(P + \frac{na}{V ^{2}}) (V - nb) = n RT$

The correct van der Waal equation for n moles of gas is $(P + \frac{n ^{2} a}{V ^{2}}) (V - nb) = n RT$