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3. In a constant reversible process, heat is added to 3 kg. of an ideal gas (k = 1.4, Cv = 1.3 kJ/kg "K) that results to an increase in its temperature by 10 K. If the final temperature of the gas is 320 °K, compute: a. change in internal energy b. heat added c. change in enthalpy d. change in entropy

3. In a constant reversible process, heat is added to 3 kg. of an ideal gas (k = 1.4, Cv = 1.3 kJ/kg "K) that results to an increase in its temperature by 10 K. If the final temperature of the gas is 320 °K, compute: a. change in internal energy b. heat added c. change in enthalpy d. change in entropy

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Answer letter a,b,c, and d pls. I don't want to waste my money here.

3. In a constant reversible process, heat is added to 3 kg. of an ideal gas (k = 1.4, Cv = 1.3 kJ/kg K) that results to an increase in its temperature by 10 °K. If the final temperature of the gas is 320 °K, compute: a. change in internal energy b. heat added c. change in enthalpy d. change in entropy
Transcribed Image Text:3. In a constant reversible process, heat is added to 3 kg. of an ideal gas (k = 1.4, Cv = 1.3 kJ/kg K) that results to an increase in its temperature by 10 °K. If the final temperature of the gas is 320 °K, compute: a. change in internal energy b. heat added c. change in enthalpy d. change in entropy
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