371284 If \({Q_{iaf}} = 80\,cal,{W_{iaf}} = 60\,cal\) and \(W = - 30\,cal\) for the curved path \(f \rightarrow i\), then value of \(Q\) for path \(f \rightarrow i\), will be

371285 Find the heat absorbed by a system in going through the cyclic process shown in the figure

371286 The diagram given below represents \(P - T\) curve of a cyclic process. If number of moles of the gas are \(n = 3,\) the work done by the gas in the process is
(Consider \(R = 8.32\;J\;mo{l^{ - 1}}\;{K^{ - 1}}\))

371287 A graph is drawn between coefficient of volume expansion of the gas \(\alpha\) and temperature \(T\) of a gas having \(n = 2\) and \(\gamma=1.5\). Given that \(VT = K\) where \(K\) is a constant. Find the area of the graph between \(|\alpha|\) and \(T\), w.r.to \(T\)- axis from \(\dfrac{T_{\mathrm{o}}}{3}\) to \(T_{\text {o }}\)

371284 If \({Q_{iaf}} = 80\,cal,{W_{iaf}} = 60\,cal\) and \(W = - 30\,cal\) for the curved path \(f \rightarrow i\), then value of \(Q\) for path \(f \rightarrow i\), will be

371285 Find the heat absorbed by a system in going through the cyclic process shown in the figure

371286 The diagram given below represents \(P - T\) curve of a cyclic process. If number of moles of the gas are \(n = 3,\) the work done by the gas in the process is
(Consider \(R = 8.32\;J\;mo{l^{ - 1}}\;{K^{ - 1}}\))

371287 A graph is drawn between coefficient of volume expansion of the gas \(\alpha\) and temperature \(T\) of a gas having \(n = 2\) and \(\gamma=1.5\). Given that \(VT = K\) where \(K\) is a constant. Find the area of the graph between \(|\alpha|\) and \(T\), w.r.to \(T\)- axis from \(\dfrac{T_{\mathrm{o}}}{3}\) to \(T_{\text {o }}\)

371284 If \({Q_{iaf}} = 80\,cal,{W_{iaf}} = 60\,cal\) and \(W = - 30\,cal\) for the curved path \(f \rightarrow i\), then value of \(Q\) for path \(f \rightarrow i\), will be

371285 Find the heat absorbed by a system in going through the cyclic process shown in the figure

371286 The diagram given below represents \(P - T\) curve of a cyclic process. If number of moles of the gas are \(n = 3,\) the work done by the gas in the process is
(Consider \(R = 8.32\;J\;mo{l^{ - 1}}\;{K^{ - 1}}\))

371287 A graph is drawn between coefficient of volume expansion of the gas \(\alpha\) and temperature \(T\) of a gas having \(n = 2\) and \(\gamma=1.5\). Given that \(VT = K\) where \(K\) is a constant. Find the area of the graph between \(|\alpha|\) and \(T\), w.r.to \(T\)- axis from \(\dfrac{T_{\mathrm{o}}}{3}\) to \(T_{\text {o }}\)

371284 If \({Q_{iaf}} = 80\,cal,{W_{iaf}} = 60\,cal\) and \(W = - 30\,cal\) for the curved path \(f \rightarrow i\), then value of \(Q\) for path \(f \rightarrow i\), will be

371285 Find the heat absorbed by a system in going through the cyclic process shown in the figure

371286 The diagram given below represents \(P - T\) curve of a cyclic process. If number of moles of the gas are \(n = 3,\) the work done by the gas in the process is
(Consider \(R = 8.32\;J\;mo{l^{ - 1}}\;{K^{ - 1}}\))

371287 A graph is drawn between coefficient of volume expansion of the gas \(\alpha\) and temperature \(T\) of a gas having \(n = 2\) and \(\gamma=1.5\). Given that \(VT = K\) where \(K\) is a constant. Find the area of the graph between \(|\alpha|\) and \(T\), w.r.to \(T\)- axis from \(\dfrac{T_{\mathrm{o}}}{3}\) to \(T_{\text {o }}\)