In the process shown in figure, the internal energy of and ideal gas decreases by `(3p_0V_0)/(2)` in going from point C to A. Heat transfer along the process CA is

The process on an ideal gas, shown in figure,is

If the internal energy of an ideal gas varies as U = 2PV and the gas undergoes an expansion as shown below, then heat absorbed in the process will be :

An ideal gas is taken through the process ABC as shown in figure. If the internal energy of the substance decreases by 10000J and a heat of 7159 cal is released by the system, calculate the value of meachanical equivalent of heat (J) .

An ideal gas is taken through the process ABC as shown in figure. If the internal energy of the substance decreases by 10000J and a heat of 7159 cal is released by the system, calculate the value of meachanical equivalent of heat (J) .

An ideal gas is taken round a cyclci thermodynamic process ABCA as shown if Fig. If the internal energy of the gas at point A is assumed zero while at B it is 50 J. The heat absorbed by the gas in the process BC is 90 J. (a) What is the internal energy og the gas at point C ? (b) How much heat energy is absorbed by the gas in the process AB? (c ) Find the heat energy rejected or absorbed by the gas in the process CA. (d) What is the net work done by the gas in the complete cycle ABCA ?

An ideal gas is taken round a cyclic thermodynamic process ABCA as shown if Fig. If the internal energy of the gas at point A is assumed zero while at B it is 50 J. The heat absorbed by the gas in the process BC is 90 J. (a) What is the internal energy og the gas at point C ? (b) How much heat energy is absorbed by the gas in the process AB? (c ) Find the heat energy rejected or absorbed by the gas in the process CA. (d) What is the net work done by the gas in the complete cycle ABCA ?

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.

A sample of an ideal gas is taken through the cyclic process abca and shown in the figure. The chagne in the internal energy of the gas along the path ca is -180J . The gas aborbs 250J of heat along the path ab and 60 J along the path bc. the work done by the along the path abc is: