Define an adiabatic process and state essential conditions for such a process to take place. Write its process equations in terms of , and . Show analytically that work done by one mole of an ideal gas during adiabatic expansion from temperature `T_1` to `T_2` is given by `= (R(T_1 - t_2))/(1-lamda )`.

The work done by 1 mole of ideal gas during an adiabatic process is (are ) given by :

What is an isothermal process? State essential conditions for such a process to take place. Show analytically that work done by one mole of an ideal gas during isothermal expansion from volume V_1 to volume V_2 is given by = "RT log"_(e) V_2/V_1 . What is the change in internal energy of a gas, which is compressed isothermally?

Represent equation of an adiabatic process in terms of (i) T and V (ii) P and T .

rho -T equation of a gas in adiabatic process is given by

State true or false. Work done by an ideal gas in adiabatic expansion is less than that in isothermal process (for same temperature range)

In an adiabatic process, no transfer of heat takes place between system and surroundings. Choose the correct option for free expansion of an ideal gas under adiabatic condition from the following.

In adiabatic process, the work involved during expansion or compression of an ideal gas is given by :

Certain perfect gas is found to obey PV^(n) = constant during adiabatic process. The volume expansion coefficient at temperature T is

The change in internal energy of two moles of a gas during adiabatic expansion is found to be -100 Joule. The work done during the process is

What is the work done by 0.2 mole of a gas at room temperature to double its volume during isobaric process? (Take R=2 cal mol^(-1).^(@)C^(-1) )