In case of an ideal gas undergoing transformation where Delta T = 0 for the process, its internal energy ______.

If an ideal gas does the work of expansion solely at the cost of its internal energy, the process is

One mole of an ideal monoatmic gas undergoes a process defined y U=asqrtV where U is internal energy and V is its volume.The molar specific heat of the gas for this process is found to be (**)/(12)R . The number in the numerator is not readable.What may be this number ?

If an ideal gas is isothermally expanded its internal energy will

Assertion: For an ideal gas in a cyclic process and in an isothermal process change in internal energy is zero. Reason: In both processes there is no change in temperature.

Assertion: For an ideal gas in a cyclic process and in an isothermal process change in internal energy is zero. Reason: In both processes there is no change in temperature.

An ideal monoactomic gas undergoes a process ini which its internal energy depends upon its volume as U=asqrt(V) [where a is a constant] (a) find work done by a gas and heat transferred to gas to increse its internal energy by 200 J. (b) find molar specific heat of gas for this process.