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Calculate the change in internal energy, change in enthalpy, work done and the heat supplied in the process: An ideal gas contained in a vessel of 0.1 m3 capacity in initially at 1 bar and (298+A) K, where A is the last digit of your class roll no. It is heated at constant volume to (400+A) K. (Assume that Cp = 30 J/mol.K)

Question-AnswerCategory: Chemical ThermodynamicsCalculate the change in internal energy, change in enthalpy, work done and the heat supplied in the process: An ideal gas contained in a vessel of 0.1 m3 capacity in initially at 1 bar and (298+A) K, where A is the last digit of your class roll no. It is heated at constant volume to (400+A) K. (Assume that Cp = 30 J/mol.K)
Mazurek Gravity Staff asked 4 months ago

Calculate the change in internal energy, change in enthalpy, work done and the heat supplied in
the process: An ideal gas contained in a vessel of 0.1 m3
capacity in initially at 1 bar and
(298+A) K, where A is the last digit of your class roll no. It is heated at constant volume to
(400+A) K. (Assume that Cp = 30 J/mol.K)

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