The meaning of heat and how it Quantity of Heat, temperature.How Heat, 3 volve and changes of phase Tran fer,Phas -QuizONE. of Matter.Quiz. a gas, How equation.Non-ideal gas How of of Matter,Ideal as 3 the the Intemolecular mixtur a sof the an dents Answe +h Kinetic-Molecular Derive pressure Model ofn Ideal Gas of a gas are related to the kinetic 4 Temperatu temperature. and macros lision Molecular collisions ing of the Equipartition 5 Speeds, Speed 3 capacities of a reveal Degrees Hea mole Freedom are the key points Quiz 2 and homework.Answer students'questions.7 2 Quantity of Heat, Calorimetry and Phase Changes, Phase of Matter. -Quiz ONE- 3 The meaning of heat, and how it differs from temperature. How to do calculations that involve heat flow, temperature changes, and changes of phase. What determines whether a substance is a gas, a liquid, or a solid. Heat, Phase Changes, Heat Transfer, Phase of Matter. Quiz. 3 Equations of State, Molecular Properties of Matter, Ideal gas equation. Gas mixture. Non-ideal gas. 3 How to relate the pressure, volume, and temperature of a gas. Ideal gas equation. Gas mixture: Partial pressure equation. Non-ideal gas. How the interactions between the molecules of a substance determine the properties of the substance. Analysis of Quiz 1 and homework. Answer students' questions. Equations of State, Intermolecular Force, Gas mixture. 4 Kinetic-Molecular Model of an Ideal Gas, Microscopic Interpretation of Temperature, Pressure. -Quiz TWO- 3 Learn how to derive the pressure equation. How the temperature of a gas are related to the kinetic energy of its molecules. Understand the relation between microscopic molecular motions and macroscopic properties such as pressure and temperature. Derive pressure equation. Microscopic view of temperature. Quiz. 5 Molecular collisions. Basic knowledge on probability. Molecular Speeds, Speed Distribution. Heat Capacities of Gases. 3 Molecular collisions and mean free path. Master the physical meaning of the velocity distribution function and its related form. How the heat capacities of a gas reveal whether its molecules are rotating or vibrating. Analysis of Quiz 2 and homework. Answer students' questions. Equipartition of Energy and Degrees of Freedom are the key points