Consider a reversible cyclic thermodynamics process, for ideal gas, shown in the accompanying figure. Calculate the

\\\\Delta W_(1-2-3-4-1)

and the heat transferred

\\\\Delta Q_(1-2-3-4-1)

. Since the process is cyclic All the heat energy must add up to the total work done. i.e.,

\\\\Delta W_(1-2-3-4-1)=\\\\Delta Q_(1-2-3-4-1)

. Based on this information derive relationship between the various heat capacities in this setup for ideal gas.

3. Consider a reversible cyclic thermodynamics process, for ideal gas, shown in the accompanying figure. Calculate the W12341 and the heat transferred Q12341. Since the process is cyclic All the heat energy must add up to the total work done. i.e., W12341=Q12341. Based on this information derive relationship between the various heat capacities in this setup for ideal gas