Isochoric Reversible Process

The video tutorial explains the isochoric process, where volume remains constant, resulting in no work done. It discusses the relationship between internal energy and heat, emphasizing that in an isochoric process, internal energy equals heat at constant volume. The tutorial also covers the derivation of this relationship using integrals and partial derivatives. Finally, it explains how to calculate enthalpy in an isochoric process, highlighting the use of different formulas depending on known variables.

Why is it important to use Cv instead of Cp in an isochoric process?

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What is the significance of the heat capacity at constant volume in an isochoric process?

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Discuss the relationship between enthalpy and internal energy in the context of an isochoric process.

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