<P> The equation relates four state variables: the pressure of the fluid p, the total volume of the fluid's container V, the number of particles N, and the absolute temperature of the system T . </P> <P> The intensive, microscopic form of the equation is: </P> <Dl> <Dd> (p + a ′ v 2) (v − b ′) = k T (\ displaystyle \ left (p+ (\ frac (a') (v ^ (2))) \ right) \ left (v-b' \ right) = kT) </Dd> </Dl> <Dd> (p + a ′ v 2) (v − b ′) = k T (\ displaystyle \ left (p+ (\ frac (a') (v ^ (2))) \ right) \ left (v-b' \ right) = kT) </Dd>

Write down the vander waals equation and state the meaning of each term used