Corresponding to the process shown in figure, the heat given to the gas in the process ABCA is `(0.2x)J`. Find value of x.

Corresponding to the process shown in figure, what is the heat given to the gas in the process ABCA?

graph of an ideal gas is as shown in figure. Heat is supplied to the gas in process (s).

graph of an ideal gas is as shown in figure. Heat is supplied to the gas in process (s).

Figure depicts the working diagram (P-V graph) of a process corresponding to an ideal gas. Suppose U_A=10J, U_B = 50 J and heat given to the gas during the process BC is 40 J. Determine Work done during the entrie process ABCA.

Figure depicts the working diagram (P-V graph) of a process corresponding to an ideal gas. Suppose U_A=10J, U_B = 50 J and heat given to the gas during the process BC is 40 J. Determine heat extracted from the system in going from C to A

Figure depicts the working diagram (P-V graph) of a process corresponding to an ideal gas. Suppose U_A=10J, U_B = 50 J and heat given to the gas during the process BC is 40 J. Determine Heat supplied to the system during the change of state from A to B.

Figure depicts the working diagram (P-V graph) of a process corresponding to an ideal gas. Suppose U_A=10J, U_B = 50 J and heat given to the gas during the process BC is 40 J. Determine Internal energy of the gas in the state C.

A thermodynamics system is taken through the cyclic process abca as shown in the figure. If the heat absorbed by the gas during the cycle is 5x joule then find the value of x.

A thermodynamics system is taken through the cyclic process abca as shown in the figure. If the heat absorbed by the gas during the cycle is 5x joule then find the value of x.

One mole of an ideal monoatomic gas undergoes a process as shown in the figure. Find the molar specific heat of the gas in the process. R is a gas constant.