371500 A monoatomic gas at a pressure \(P\), having a volume \(V\) expands isothermally to a volume \(2\;V\) and then adiabatically to a volume \(16\;V\). The final pressure of the gas is : ( take \(\left.\gamma=\dfrac{5}{3}\right)\)

371501 A sample of an ideal gas is taken through a process \({A B C D}\). It absorbs \(50\,J\) of energy during the process \({A B}\) which is an isometric process, no heat during \({B C}\) and it rejects \(70\,J\) of heat during isobaric process \({C D}\). It is also given that \(40\,J\) of work is done on the gas during the process \({B C}\). Internal energy of gas in state \({A}\) is \(1500\,J\). The internal energy of gas in state \({C}\) is

371502 In which of the process the internal kinetic energy of the system varies ?

371503 An ideal gas of mass \(m\) in a state \(A\) goes to another state \(B\) via three different processes as shown in figure. If \(Q_{1}, Q_{2}\) and \(Q_{3}\) denote the heat absorbed by the gas along the three paths, then

371500 A monoatomic gas at a pressure \(P\), having a volume \(V\) expands isothermally to a volume \(2\;V\) and then adiabatically to a volume \(16\;V\). The final pressure of the gas is : ( take \(\left.\gamma=\dfrac{5}{3}\right)\)

371501 A sample of an ideal gas is taken through a process \({A B C D}\). It absorbs \(50\,J\) of energy during the process \({A B}\) which is an isometric process, no heat during \({B C}\) and it rejects \(70\,J\) of heat during isobaric process \({C D}\). It is also given that \(40\,J\) of work is done on the gas during the process \({B C}\). Internal energy of gas in state \({A}\) is \(1500\,J\). The internal energy of gas in state \({C}\) is

371502 In which of the process the internal kinetic energy of the system varies ?

371503 An ideal gas of mass \(m\) in a state \(A\) goes to another state \(B\) via three different processes as shown in figure. If \(Q_{1}, Q_{2}\) and \(Q_{3}\) denote the heat absorbed by the gas along the three paths, then

371500 A monoatomic gas at a pressure \(P\), having a volume \(V\) expands isothermally to a volume \(2\;V\) and then adiabatically to a volume \(16\;V\). The final pressure of the gas is : ( take \(\left.\gamma=\dfrac{5}{3}\right)\)

371501 A sample of an ideal gas is taken through a process \({A B C D}\). It absorbs \(50\,J\) of energy during the process \({A B}\) which is an isometric process, no heat during \({B C}\) and it rejects \(70\,J\) of heat during isobaric process \({C D}\). It is also given that \(40\,J\) of work is done on the gas during the process \({B C}\). Internal energy of gas in state \({A}\) is \(1500\,J\). The internal energy of gas in state \({C}\) is

371502 In which of the process the internal kinetic energy of the system varies ?

371503 An ideal gas of mass \(m\) in a state \(A\) goes to another state \(B\) via three different processes as shown in figure. If \(Q_{1}, Q_{2}\) and \(Q_{3}\) denote the heat absorbed by the gas along the three paths, then

371500 A monoatomic gas at a pressure \(P\), having a volume \(V\) expands isothermally to a volume \(2\;V\) and then adiabatically to a volume \(16\;V\). The final pressure of the gas is : ( take \(\left.\gamma=\dfrac{5}{3}\right)\)

371501 A sample of an ideal gas is taken through a process \({A B C D}\). It absorbs \(50\,J\) of energy during the process \({A B}\) which is an isometric process, no heat during \({B C}\) and it rejects \(70\,J\) of heat during isobaric process \({C D}\). It is also given that \(40\,J\) of work is done on the gas during the process \({B C}\). Internal energy of gas in state \({A}\) is \(1500\,J\). The internal energy of gas in state \({C}\) is

371502 In which of the process the internal kinetic energy of the system varies ?

371503 An ideal gas of mass \(m\) in a state \(A\) goes to another state \(B\) via three different processes as shown in figure. If \(Q_{1}, Q_{2}\) and \(Q_{3}\) denote the heat absorbed by the gas along the three paths, then