Equipartition Study guides, Class notes & Summaries
Looking for the best study guides, study notes and summaries about Equipartition? On this page you'll find 5 study documents about Equipartition.
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Energy, Entropy and Numerical Physics Lecture Notes (PHY2063)
- Class notes • 102 pages • 2022
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Full module lecture notes with a highlighted system for headings, equations, key information and extra information
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Summary Thermodynamics 2
- Summary • 14 pages • 2020
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This is a compact summary of the course Thermodynamics 2. Includes information from the lecture notes, the book and the study guide. Consists of all the formulas used in the course, a compact summary and a glossary. The book used for this course is Physical Chemistry 10th edition from Atkins and De Paula. Chapters Physical Chemistry: 2 (D), 3 (D), 4, 5 (A-D, F), 6, 16 (C.2-4)
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CHEM 127-Chapter 15: Statistical Thermodynamics
- Exam (elaborations) • 33 pages • 2021
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CHEM 127-Chapter 15: Statistical Thermodynamics 
 
Chapter 15: Statistical Thermodynamics 
Problem numbers in italics indicate that the solution is included in the 
Student’s Solutions Manual. 
Questions on Concepts 
Q15.1) What is the relationship between ensemble energy and the thermodynamic 
concept of internal energy? 
 The ensemble energy is equal to the difference in internal energy at some finite 
 temperature to that present at 0 K. 
Q15.2) List the energetic degrees of freedom expecte...
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CH107 - Physical Chemistry
- Class notes • 25 pages • 2021
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Following document contains EQUATIONS, graphs, definitions and example calculations from the following areas: 
- RMS 
- Mean free path 
- Equipartition theorem 
- Internal energy 
- Van der Waals' equation for real gases 
- Gas mixtures and equilibrium 
- Gases and liquids 
- Raoult's law 
- Colligative properties 
- Osmotic pressure 
- Solubility 
- Electrolysis 
- Chlor-alkali membrane cell 
- Electrolytes 
- Strong and weak electrolytes 
- Molar conductivity 
- Ostwald's dilution law
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PHY251 - Thermodynamics, Atomic and Nuclear Physics - Summary Notes
- Summary • 26 pages • 2020
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A comprehensive summary of class notes for the 2nd year physics course PHY251.
The Thermodynamics section begins by recapping basic concepts of heat capacity and equipartition of energy. It then progresses to considering the thermal conductivity of a gas and diffusion, before looking at the 2nd law of thermodynamics and the Van Der Waal's equation. The thermal section of the course concludes with introducing entropy. This leads nicely onto a more statistical mechanics treatment of thermodynamic...
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