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Answer to Question #58712 in Molecular Physics | Thermodynamics for austine
Question #58712
An ideal gas is in equilibrium at initial state with temperature
T=137oCT=137oC
, pressure P = 0.75Pa and volume
V=0.75m3V=0.75m3
. If there is a change in state in which the gas undergoes an isothermal process to a final state of equilibrium during which the volume is doubled. Calculate the temperature and pressure of the gas at this final state.
187oC187oC
and
0.19m30.19m3
394oC394oC
and
0.38m30.38m3
187oC187oC
and
0.38m30.38m3
394oC394oC
and
0.19m30.19m3
T=137oCT=137oC
, pressure P = 0.75Pa and volume
V=0.75m3V=0.75m3
. If there is a change in state in which the gas undergoes an isothermal process to a final state of equilibrium during which the volume is doubled. Calculate the temperature and pressure of the gas at this final state.
187oC187oC
and
0.19m30.19m3
394oC394oC
and
0.38m30.38m3
187oC187oC
and
0.38m30.38m3
394oC394oC
and
0.19m30.19m3
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