[" In the diagrams (i) to (iv) of variation of volume with "],[" changing pressure is shown.A gas is taken along the path "],[ABCD." The change in internal energy of the gas will be "],[v+D]

In following figs. Variation of volume by change of pressure is shown in Fig. A gas is taken along the path ABCDA . The change in internal energy of the gas will be:

In following figs. Variation of volume by change of pressure is shown in Fig. A gas is taken along the path ABCDA . The change in internal energy of the tgas will be:

In following figs. Variation of volume by change of pressure is shown in Fig. A gas is taken along the path ABCDA . The change in internal energy of the tgas will be:

In following figs. Variation of volume by change of pressure is shown in Fig. A gas is taken along the path ABCDA . The change in internal energy of the tgas will be:

Choose the correct option: In following figs. Variation of volume by change of pressure is shown in Fig. A gas is taken along the path ABCDA . The change in internal energy of the the gas will be:

A mono-atomic gas is taken along path AB as shown. Calculate change in internal energy of the gas.

A mono-atomic gas is taken along path AB as shown. Calculate change in internal energy of the gas.

Two moles of helium gas are taken along the path ABCD (as shown in Fig.) The work done by the gas is

Two moles of helium gas are taken along the path ABCD (as shown in Fig.) The work done by the gas is

Two moles of helium gas are taken along the path ABCD (as shown in Fig.) The work done by the gas is