For an ideal mono-atomic gas during any process T = kV, find out the molar heat capacity of the gas - Chemistry -

Question

For an ideal mono-atomic gas during any process T = kV,
find out the molar heat capacity of the gas during the process
(Assume vibrational degree of freedom to be active )
(A) 5 2 R   (B) 3 R (C) 7 2 R (D) 4 R

Megha Sharma · Accepted Answer

Dear student,
In this process T &V is changing i e P is constant so we have
to find molar heat capacity at constant pressure
(Cp)
So , Cp for monoatomic ideal gas is 5R/2
So the answer is (A)
Regards

For an ideal mono-atomic gas during any process T = kV, find out the molar heat capacity of the gas during the process. (Assume vibrational degree of freedom to be active.) (A) 5 2 R (B) 3 R (C) 7 2 R (D) 4 R

For an ideal mono-atomic gas during any process T = kV, find out the molar heat capacity of the gas during the process. (Assume vibrational degree of freedom to be active.)
(A) $\frac{5}{2} R$ (B) 3 R (C) $\frac{7}{2} R$ (D) 4 R