Indicator Diagram

In the adjoined figure the indicator diagram of an ideal thermodynamic gas system is represented. If the change in internal energy along the path acb is 10 calorie then change in internal energy along the path bda will be

One mole of an ideal gas at 27^(@)C is taken from A to B as shown in the given PV indicator diagram. The work done by the system be …………… xx10^(-1)J . [Given : R = 8.3 J/mole K, In2 = 0.6931] (Round off to the nearest integer)

In the show indicator diagram over pressure - volume scales 'n' moles of an ideal gas is cycled . If the temperature of the gas in the state X and Y are respectively T_X and T_Y . Temperature of the gas in the state Z is the (All temperature are in absolute scale )

P-V indicator diagram for a given sample of monoatomic idela gas is shown in figure. If the average molar specific heat capacity of the system for the process ABCD is (xR)/(4) than find value of x:(R is a uniersal gas constant)

An ideal monoatomic gas undergoes an expansion from state A to state B following a process which is shown in the indicator diagram. If initially during the expansion, the gas was absorbing heat and later on it was rejecting heat, then what was the volume of the gas when it started rejecting the heat?

Crystal defect indicated in the diagram below is