Home
Class 11
PHYSICS
For diatomic any ideal gas (1 mole) Cv=5...

For diatomic any ideal gas (1 mole) `C_v=5/2`R.Find out the ratio of two sepcific heats for that gas---

A

`4/3`

B

`5/3`

C

`7/3`

D

`7/5`

Text Solution

Verified by Experts

Promotional Banner

Similar Questions

Explore conceptually related problems

Find the ratio of two molar specific heats for a diatomic gas .

Explain the importance of the ratio of the two specific heats of a gas.

C_(v) = 5/2 R , for 1 mol of any diatomic ideal gas. The value of the ratio of the two specific heats [(C_p)/(C_v) = gamma] of the gas is

For an ideal gas, gamma = 1.4 . Find out the two molar specific heats of this gas. [R = 2 cal cdot mol^(-1) cdot^(@)C^(-1)]

From the relation C_p - C_v= R show that the ratio of two specific heats (gamma) of an ideal' gas is given by gamma = 1+ 2/ f , where f is the degrees of freedom of a molecule.

Why does ideal gas contain two specific heats?

From the relation C_p-C_v=R show that the ratio of two specific heats (gamma) of an ideal gas is given by gamma=1+2/f where f is the degrees of freedom of the molecule.

Show that for ideal gas C_(p)-C_(v) = R .