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peachmoose849Lv1

28 Sep 2019

1.46 kg of air is reversibly heated at constant pressure from an initial state of 350. K and 1.02 bar until its volume triples. Calculate 1W2, 1Q2, ÎU and ÎH for this process. You may assume air is an ideal gas and that CP = 29.3 J/(mol*K).

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Lelia LubowitzLv2

28 Sep 2019

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one kilogram of air is heated reversibly at a constant pressure from an initial state of 300 K and 1 bar until its volume triples. Calculate W, Q, delta U, and delta H for the process. Assume for air that P*V/T = 83.14 bar cm^3 mol-1 K-1 and CsubP = 29 J mol-1 K-1.

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1.46 kg of air is reversibly heated at constant pressure from an initial state of 350. K and 1.02 bar until its volume triples. Calculate 1W2, 1Q2, ÎU and ÎH for this process. You may assume air is an ideal gas and that CP = 29.3 J/(mol*K).

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1.46 kg of air is reversibly heated at constant pressure from an initial state of 350. K and 1.02 bar until its volume triples. Calculate 1W2, 1Q2, ÎU and ÎH for this process. You may assume air is an ideal gas and that CP = 29.3 J/(mol*K).

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Basic Chemistry

Principles of Chemistry Molecular Approach

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1.46 kg of air is reversibly heated at constant pressure from an initial state of 350. K and 1.02 bar until its volume triples. Calculate 1W2, 1Q2, ÎU and ÎH for this process. You may assume air is an ideal gas and that CP = 29.3 J/(mol*K).