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Air at 300C and 130kPa flows through a horizontal 7cm ID pipe at a velocity of 42.0m/s. (a) Calculate Ek (W), assuming ideal gas behavior.

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Air at 300C and 130kPa flows through a horizontal 7cm ID pipe at a velocity of 42.0m/s. (a) Calculate Ek (W), assuming ideal gas behavior. (b) If the air is heated to 400C at constant pressure, what is Ek=Ek(400C)Ek(300C) ? (c) Why would it be incorrect to say that the rate of transfer of heat to the gas in part (b) must equal the rate of change of kinetic energy

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