A multi-part series of videos that capture the direct instruction of chemistry teacher, Ken Richardson. Richardson teaches AP Chemistry and Chemistry 1 at Wilson High School in Tacoma, Washington. He records the lessons as screencasts, which cover the AP Chemistry curriculum. Richardson's class watc…
Flipped Classroom of Ken Richardson, Wilson High School
AP Chemistry: the Law of Chemical Equilibrium states that in a reaction mixture at equilibrium, there is a condition relating the concentrations of the reactants and products.
AP Chemistry: introduction to the theory that predicts the rates of chemical reactions, particularly for gases.
AP Chemistry: learn about the stepped sequence of elementary reactions by which chemical change occurs, called reaction mechanisms.
AP Chemistry: a rate equation is a differential equation, which you can use to calculate an integrated rate equation that links concentrations of reactants or products with time.
AP Chemistry: an introduction to the kinetics of a chemical reaction. Learn how to determine the rate law for the reaction.
AP Chemistry: properties of solvents and solutes, and the formulae that describe them.
AP Chemistry: how phase diagrams plot the thermodynamics of physical changes of state.
AP Chemistry: heating curves and how they occur with changes of state (water).
AP Chemistry: vapor pressure, its dynamic properties and an introduction to equilibrium.
AP Chemistry: colligative properties of electrolytes when immersed in a solution.
AP Chemistry: factors of colligative properties and how they affect vapor pressure in solutions.
AP Chemistry: how a non-volatile solvent affects vapor pressure, and how Raoult's Law works.
AP Chemistry: energy change that occurs when a solution forms -- endothermic and exothermic processes.
AP Chemistry: types and properties of liquids and solids.
AP Chemistry: intermolecular forces that keep atoms together -- covalent, ionic, hydrogen and London dispersion forces.
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