Ideal gas is taken through process shown in figure

Ideal gas is taken through a process as shown in figure

Ideal gas is taken through the process shown in the figure :

Ideal gas is taken through the process shown in the figure :

Ideal gas is taken through the process shown in the figure :

An ideal gas is taken through a process as shown in the figure. It absorbs 100 J of energy during the process AB. No heat is absorbed or rejected along the process BC and rejected 140 Jduring the process CA. During the process BC, 60 J of work is done on the gas. Internal energy of the gas at A is 2000 J. The internal energy at C is

An ideal gas (gamma = 1.67 ) is taken through the process abc shown in figure . The temperature at the point a is 300 k . Calculate (a) the temperature at b and c, (b) the work done in the process.

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) .