The internal energy of a gram-molecule of an ideal gas depends on

Question

The internal energy of a gram-molecule of an ideal gas depends on (A) pressure alone (B) volume alone (C) temperature alone (D) both on pressure as well as temperature

Tardigrade Admin · Accepted Answer

The internal energy of an ideal gas is given by the expression: U = C v T. From the above expression its clear that internal energy depend only on temperature.

Q. The internal energy of a gram-molecule of an ideal gas depends on

pressure alone

volume alone

temperature alone

both on pressure as well as temperature

The internal energy of an ideal gas is given by the expression : $U = C_{v} T$ .
From the above expression its clear that internal energy depend only on temperature.

Q. The internal energy of a gram-molecule of an ideal gas depends on

pressure alone

volume alone

temperature alone

both on pressure as well as temperature

The internal energy of an ideal gas is given by the expression : U=Cv​T. From the above expression its clear that internal energy depend only on temperature.

The internal energy of an ideal gas is given by the expression : $U = C_{v} T$ .
From the above expression its clear that internal energy depend only on temperature.