The pressure (`P`) and volume (`V`) of an ideal gas both increase in a process:

The pressure P and volume V of an ideal gas both decreases in a process.

The pressure P and volume V of an ideal gas both decreases in a process.

The internal energy(U) ,pressure (P) and volume (V) of an ideal gas are related as U=3PV+4 .The gas is:

The pressure and volume of an ideal gas are related as p alpha 1/v^2 for process A rarrB as shown in figure . The pressure and volume at A are 3p_0 and v_0 respectively and pressure B is p_0 the work done in the process ArarrB is found to be [x-sqrt(3)]p_0v_0 find

The pressure and volume of an ideal gas are related as p alpha 1/v^2 for process A rarrB as shown in figure . The pressure and volume at A are 3p_0 and v_0 respectively and pressure B is p_0 the work done in the process ArarrB is found to be [x-sqrt(3)]p_0v_0 find

The internal energy (U), pressure (P) and volume (V) of an ideal gas are related as U=3PV+4 . The gas is :-

The internal energy (U) ,pressure (P) and volume V of an ideal gas are related as U=3PV+4 .The gas is

During a process carried on an ideal gas it was found that eta (lt 1) times the heat supplied to the gas is equal to increase in internal energy of the gas. Write the process equation in terms of pressure (P) and volume (V) of the gas. It is given that ratio of specific heats for the gas is (C_(P))/(C_(V)) = gamma .

The variation of pressure P with volume V for an ideal monatomic gas during an adiabatic process is shown in figure . At point A the magnitude of rate of change of pressure with volume is