The equation of state of gas is given (P + (aT^(2)) / (V))V^( c) = (RT + b) where a

Sahay Sir > Question Answers > The equation of state of gas is given (P + (aT^(2)) / (V))V^( c) = (RT + b) where a
The equation of state of gas is given (P + (aT^(2)) / (V))V^( c) = (RT + b) where a, b, c and R are constant. The isotherms can be represented by P = AV^(m) – BV^(n), where A and B depend only on temperature and
08
Sep
The equation of state of gas is given (P + (aT^(2)) / (V))V^( c) = (RT + b) where a, b, c and R are constant. The isotherms can be represented by P = AV^(m) – BV^(n), where A and B depend only on temperature and B c and R are constant. The isotherms can [...]
Posted in: Cengage NEET by C.P Singh , Chapter 19 - Kinetic Theory of Gases , Part 1 ,
Tags: B , c and R are constant. The isotherms can be represented by P = AV^(m) - BV^(n) , The equation of state of gas is given (P + (aT^(2)) / (V))V^( c) = (RT + b) where a , where A and B depend only on temperature and ,