Use the thermodynamic relations to show that for an ideal gas CP − CV = R. - Sarthaks eConnect | Largest Online Education Community
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![IIT/JEE Relation In Cp & Cv (Heat Capacity at Constant Pressure & Volume). Thermo Chemistry(Part-38) - EduGorilla Trends - Videos, News, Career Updates IIT/JEE Relation In Cp & Cv (Heat Capacity at Constant Pressure & Volume). Thermo Chemistry(Part-38) - EduGorilla Trends - Videos, News, Career Updates](https://trends.edugorilla.com/wp-content/uploads/sites/8/2017/02/iitjee-relation-in-cp-cv-heat-capacity-at-constant-pressure-volume-thermo-chemistrypart-38.jpg)
IIT/JEE Relation In Cp & Cv (Heat Capacity at Constant Pressure & Volume). Thermo Chemistry(Part-38) - EduGorilla Trends - Videos, News, Career Updates
![SOLVED: By using the second law of thermodynamics and the definitions of U, HAG, Cp, Cv, the expansion coefficient, and the isothermal compressibility K, and using calculus, prove that: aCp da = SOLVED: By using the second law of thermodynamics and the definitions of U, HAG, Cp, Cv, the expansion coefficient, and the isothermal compressibility K, and using calculus, prove that: aCp da =](https://cdn.numerade.com/ask_images/bb64164368e44d7e9ad9772b9bc22180.jpg)
SOLVED: By using the second law of thermodynamics and the definitions of U, HAG, Cp, Cv, the expansion coefficient, and the isothermal compressibility K, and using calculus, prove that: aCp da =
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![SOLVED: 5. A general relation between Cp and Cy. (a) Using the thermodynamic identity, show that the heat capacity at a fixed volume V is expressed as: Cv = T (∂S/∂T)V (b) SOLVED: 5. A general relation between Cp and Cy. (a) Using the thermodynamic identity, show that the heat capacity at a fixed volume V is expressed as: Cv = T (∂S/∂T)V (b)](https://cdn.numerade.com/ask_images/0f379efe92a04285b91d6a0412aba8e2.jpg)
SOLVED: 5. A general relation between Cp and Cy. (a) Using the thermodynamic identity, show that the heat capacity at a fixed volume V is expressed as: Cv = T (∂S/∂T)V (b)
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