371538 A container having 1 mole of a gas at a temperature \(27^\circ C\) has a movable piston which maintains at constant pressure in container of 1 atm. The gas is compressed until temperature becomes \(127^\circ C\). The work done is \(\left( {{C_p}} \right.\) for gas is \(\left. {7.03{\mkern 1mu} \,cal/mol{\mkern 1mu} K} \right)\)

371539 The equation of state for a gas is given by
\(P V=n R T+\alpha V\), where \(\mathrm{n}\) is the number of moles and \(\alpha\) is a positive constant. The initial temperature and pressure of one mole of the gas contained in a cylinder are \(T_{0}\) and \(P_{0}\) respectively. The work done by the gas when its temperature doubles isobarically will be:

371540 A diatomic gas \({(\gamma=1.4)}\) does \({100 J}\) of work in an isobaric expansion. The heat given to the gas is

371541 A gas expands under constant pressure \(P\) from volume \(V_{1}\) to \(V_{2}\). The work done by the gas is

371542 A vessel contains an ideal monoatomic gas which expands at constant pressure, when heat \(Q\) is given to it. Then the work done in expansion is

371538 A container having 1 mole of a gas at a temperature \(27^\circ C\) has a movable piston which maintains at constant pressure in container of 1 atm. The gas is compressed until temperature becomes \(127^\circ C\). The work done is \(\left( {{C_p}} \right.\) for gas is \(\left. {7.03{\mkern 1mu} \,cal/mol{\mkern 1mu} K} \right)\)

371539 The equation of state for a gas is given by
\(P V=n R T+\alpha V\), where \(\mathrm{n}\) is the number of moles and \(\alpha\) is a positive constant. The initial temperature and pressure of one mole of the gas contained in a cylinder are \(T_{0}\) and \(P_{0}\) respectively. The work done by the gas when its temperature doubles isobarically will be:

371540 A diatomic gas \({(\gamma=1.4)}\) does \({100 J}\) of work in an isobaric expansion. The heat given to the gas is

371541 A gas expands under constant pressure \(P\) from volume \(V_{1}\) to \(V_{2}\). The work done by the gas is

371542 A vessel contains an ideal monoatomic gas which expands at constant pressure, when heat \(Q\) is given to it. Then the work done in expansion is

371538 A container having 1 mole of a gas at a temperature \(27^\circ C\) has a movable piston which maintains at constant pressure in container of 1 atm. The gas is compressed until temperature becomes \(127^\circ C\). The work done is \(\left( {{C_p}} \right.\) for gas is \(\left. {7.03{\mkern 1mu} \,cal/mol{\mkern 1mu} K} \right)\)

371539 The equation of state for a gas is given by
\(P V=n R T+\alpha V\), where \(\mathrm{n}\) is the number of moles and \(\alpha\) is a positive constant. The initial temperature and pressure of one mole of the gas contained in a cylinder are \(T_{0}\) and \(P_{0}\) respectively. The work done by the gas when its temperature doubles isobarically will be:

371540 A diatomic gas \({(\gamma=1.4)}\) does \({100 J}\) of work in an isobaric expansion. The heat given to the gas is

371541 A gas expands under constant pressure \(P\) from volume \(V_{1}\) to \(V_{2}\). The work done by the gas is

371542 A vessel contains an ideal monoatomic gas which expands at constant pressure, when heat \(Q\) is given to it. Then the work done in expansion is

371538 A container having 1 mole of a gas at a temperature \(27^\circ C\) has a movable piston which maintains at constant pressure in container of 1 atm. The gas is compressed until temperature becomes \(127^\circ C\). The work done is \(\left( {{C_p}} \right.\) for gas is \(\left. {7.03{\mkern 1mu} \,cal/mol{\mkern 1mu} K} \right)\)

371539 The equation of state for a gas is given by
\(P V=n R T+\alpha V\), where \(\mathrm{n}\) is the number of moles and \(\alpha\) is a positive constant. The initial temperature and pressure of one mole of the gas contained in a cylinder are \(T_{0}\) and \(P_{0}\) respectively. The work done by the gas when its temperature doubles isobarically will be:

371540 A diatomic gas \({(\gamma=1.4)}\) does \({100 J}\) of work in an isobaric expansion. The heat given to the gas is

371541 A gas expands under constant pressure \(P\) from volume \(V_{1}\) to \(V_{2}\). The work done by the gas is

371542 A vessel contains an ideal monoatomic gas which expands at constant pressure, when heat \(Q\) is given to it. Then the work done in expansion is

371538 A container having 1 mole of a gas at a temperature \(27^\circ C\) has a movable piston which maintains at constant pressure in container of 1 atm. The gas is compressed until temperature becomes \(127^\circ C\). The work done is \(\left( {{C_p}} \right.\) for gas is \(\left. {7.03{\mkern 1mu} \,cal/mol{\mkern 1mu} K} \right)\)

371539 The equation of state for a gas is given by
\(P V=n R T+\alpha V\), where \(\mathrm{n}\) is the number of moles and \(\alpha\) is a positive constant. The initial temperature and pressure of one mole of the gas contained in a cylinder are \(T_{0}\) and \(P_{0}\) respectively. The work done by the gas when its temperature doubles isobarically will be:

371540 A diatomic gas \({(\gamma=1.4)}\) does \({100 J}\) of work in an isobaric expansion. The heat given to the gas is

371541 A gas expands under constant pressure \(P\) from volume \(V_{1}\) to \(V_{2}\). The work done by the gas is

371542 A vessel contains an ideal monoatomic gas which expands at constant pressure, when heat \(Q\) is given to it. Then the work done in expansion is