CHEM 14B Lecture Notes - Lecture 15: Ideal Gas Law, Ideal Gas, Boiling Point

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25 Apr 2020
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Double the size of your system and ask. V t p n m du lh 05 work heat. Section 2 first law of thermodynamics: define internal energy, compare and contrast the different types of work, calculate the work done on or by a system due to compression or expansion. reversing. Ihtentive work at constant pressure area underwwe workdone reversible paths system always as equil no such thing theoretical extreme state container w piston. P changes as v does irreversible constant pressure. Ot ii m: using the first law of thermodynamics, relate changes in internal energy to work and heat. ou qtw expansion and compression v vs p plots for identical initial and final volumes and identical final pressure. Section 3 enthalpy: relate enthalpy to heat transfer at constant pressure, relate the constant volume and constant pressure molar heat capacities. P enthalpy changes: use heating curve data to calculate heat capacities, phase transition enthalpies and straightline.

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