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Problem No 2: A gas is contained in a piston- cylinder arrangement has the following initial properties: 3000 kPaa and 0.03 cu. m. The gas is compressed during a process where pV1-.4 = C to a pressure of 9000 kPaa. The heat transfer from the gas is 3 kJ. Determine the change in internal energy, neglecting the changes in kinetic and potential energy.

Problem No 2: A gas is contained in a piston- cylinder arrangement has the following initial properties: 3000 kPaa and 0.03 cu. m. The gas is compressed during a process where pV1-.4 = C to a pressure of 9000 kPaa. The heat transfer from the gas is 3 kJ. Determine the change in internal energy, neglecting the changes in kinetic and potential energy.

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Problem No 2: A gas is contained in a piston- cylinder arrangement has the following initial properties: 3000 kPaa and 0.03 cu. m. The gas is compressed during a process where pV1-.4 = C to a pressure of 9000 kPaa. The heat transfer from the gas is 3 kJ. Determine the change in internal energy, neglecting the changes in kinetic and potential energy.
Transcribed Image Text:Problem No 2: A gas is contained in a piston- cylinder arrangement has the following initial properties: 3000 kPaa and 0.03 cu. m. The gas is compressed during a process where pV1-.4 = C to a pressure of 9000 kPaa. The heat transfer from the gas is 3 kJ. Determine the change in internal energy, neglecting the changes in kinetic and potential energy.
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