Maxwell-boltzmann Study guides, Class notes & Summaries

Decently in depth notes for thermal physics, with some exam question examples.

This document goes over the kinematic model of gases, and chemical kinetic of reactions

This document is a complete summation of all the work covered in the chapter on rates and extents of chemical reactions. All the work that is specified on the SAGS document is covered in this document, including diagrams for further explanations. This document covers a wide range of topics including energy changes in reactions, exothermic and endothermic reactions, activation energy, factors affecting rates of reaction, methods used to measure rates of reactions, Maxwell-Boltzmann curve graphs, ...

Energy and Rate of Reaction notes including: exothermic and endothermic reactions, enthalpy, activation energy, activated complex, energy profiles, catalysts, rate of reaction, factors influencing rate of reaction, Maxwell-Boltzmann Distribution, experimental determination

summary and definitions of Rates of reaction and factors affecting rate, Measuring rates of reaction, Mechanism of reaction, activation energy, Exothermic and endothermic reactions, Energy changes in reactions related to bond energy changes, and catalysis

Detailed revision nots for AQA AS Level Chemistry - physical - 3.1.5. kinetics. includes: - collision theory - Maxwell Boltzmann distribution - effect of temperature - effect of pressure - effect of concentration - catalyst These study notes allowed me to get an A* at end of year 12 exams.

These notes are compiled from various resources. These resources include: A Level Chemistry (Second Edition), AS CGP Chemistry revision guide and the online website Chemrevise. Writing and reading over these notes helped me attain an A* for my UCAS predicted grade

Notes of Quantitative Chemistry Principles: Chemical Bonding Exothermic and Endothermic Graphing Maxwell-Boltzmann Distribution Curve Analysis Factors affecting rate of reaction Rice Table Notes

1. Grundlagen: Thermodynamische Systeme, Thermische Ausdehnung. 2. Ideale und reale Gase, Entropie 3. Zustandsänderungen: Isochorer Prozess, Isobarer Prozess, Isothermer Prozess, Adiabatischer Prozess 4. Kreisprozesse: Carnot'scher Prozess, Stirling Motor. 5. Phasenumwandlungen: Enthalpie, Gibbs-energie, 6. Maxwell-Boltzmann-Verteilung 7.Festkörper und Wärmeleitung

These beauties got me 86% for the final paper! Detailed, colour-coded and clear notes about Reaction Kinetics that make for easy learning. Note content covers all definitions, equations and laws in this section. Energy profiles, reaction rates, the collision theory and bond formation are covered.