The contrast among CP and CV can be inferred utilizing the experimental connection\[H\text{ }=\text{ }U\text{ }+\text{ }PV\] . Work out the distinction among CP and CV for 10 moles of an optimal gas.

Home » The contrast among CP and CV can be inferred utilizing the experimental connection . Work out the distinction among CP and CV for 10 moles of an optimal gas.

The contrast among CP and CV can be inferred utilizing the experimental connection

$H\text{ }=\text{ }U\text{ }+\text{ }PV$

. Work out the distinction among CP and CV for 10 moles of an optimal gas.

The contrast among CP and CV can be inferred utilizing the experimental connection

$H\text{ }=\text{ }U\text{ }+\text{ }PV$

. Work out the distinction among CP and CV for 10 moles of an optimal gas.

solution:

For an optimal gas, the distinction between these two

$is\text{ }CP\text{ }\text{ }CV\text{ }=\text{ }nR,$

the all inclusive gas consistent and

$where\text{ }n=\text{ }no.\text{ }of\text{ }moles$

Thus for 10 moles of an ideal gas

$\begin{array}{*{35}{l}} CP\text{ }\text{ }CV\text{ }=\text{ }10\text{ }R \\ ~ \\ CP\text{ }\text{ }CV\text{ }=\text{ }10\text{ }\times \text{ }8.314\text{ }J \\ ~ \\ =\text{ }83.14\text{ }J \\ \end{array}$