If the volume stays constant in some reversible process, then the First Law of Thermodynamics reduces to O AU=w O AU=q+w

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If the volume stays constant in some reversible process, then the First Law of Thermodynamics reduces to O AU=w O AU=q+w

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If The Volume Stays Constant In Some Reversible Process Then The First Law Of Thermodynamics Reduces To O Au W O Au Q W 1
If The Volume Stays Constant In Some Reversible Process Then The First Law Of Thermodynamics Reduces To O Au W O Au Q W 1 (46.2 KiB) Viewed 38 times
If the volume stays constant in some reversible process, then the First Law of Thermodynamics reduces to O AU=w O AU=q+w O AU=0 O AU = q QUESTION 10 In a reversible, adiabatic process, the First Law of Thermodynamics reduces to O q=- w O AU W O AU = q O AU=q+w QUESTION 11 The internal energy of an ideal gas depends on the pressure of the ideal gas. the volume of the ideal gas. the temperature of the ideal gas. the volume, pressure, and temperature of the ideal gas.
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