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Original volume of an ideal gas is 2x10−3 m3 at pressure value of 1.2x105 N m2 and at temperature of 0oC. The gas takes part in the thermodynamic cycle given here: As first step the pressure of the gas is increased to 1.5x105 Pa keeping the volume constant. Next step is to expand the gas isothermally to the original pressure value. After it, as last process is made: the gas is gone back to its original status keeping the pressure fixed. What is the temperature during the isothermal process? What is the volume reached at the end of the isothermal process? What is the work done by the gas during its whole cycle?

Original volume of an ideal gas is 2x10−3 m3 at pressure value of 1.2x105 N m2 and at temperature of 0oC. The gas takes part in the thermodynamic cycle given here: As first step the pressure of the gas is increased to 1.5x105 Pa keeping the volume constant. Next step is to expand the gas isothermally to the original pressure value. After it, as last process is made: the gas is gone back to its original status keeping the pressure fixed. What is the temperature during the isothermal process? What is the volume reached at the end of the isothermal process? What is the work done by the gas during its whole cycle?

Grade:12th pass

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