Please take a moment to read the "FAIR USE" statement found at the bottom of this page.

Introduction to chemical compounds: What are Compounds Like?; The Synthesis and Characterization of Zinc Iodide

Introduction to chemical reactions: Precipitation Reactions; Reactions of Acids; Redox Reactions

Introduction to chemical arithmetic: mass and solution stoichiometry: The Carbonate Project

The structure behind chemical behavior: Emission Spectra; Investigating Periodic Properties

The driving forces behind chemical change: Bond Breaking and the Heat of Reaction; Determination of the Heat of Formation for Magnesium Oxide; An Entropy-driven reaction

The structure of molecules and the condensed states of matter: Gas Chromatography and Intermolecular Forces; Separation of Plant Pigments by Paper Chromatography; Classifying Solids; Vapor Pressure and Structure

Gases: The Physical Behavior of Gases; Chemical Properties of Common Gases; Gas Stoichiometry: Revisiting the Carbonate Project

Intersession: The Dreaded Nine Bottle Problem

The behavior of mixtures: solutions: The Process of Solution; Solution Concentration and Absorbance; Molar Mass Determination by Freezing Point Depression

Chemical kinetics: Factors Affecting Rates of Reactions; The Rate of Iodination of 2-propanone

Chemical equilibrium: Factors Affecting Equilibrium; Colorimetric Determination of Kc; The Thermodynamics of Solubility Equilibrium

Nuclear processes: The Half-life of an Isotope

Acid/Base Equilibria: A Closer Look at Acid/Base Neutralization Reactions; Weak Acids and Ka; Hydrolysis of Salts; The Common Ion Effect and Buffer Solutions

Electrochemistry: Galvanic Cells; The Corrosion of Iron; Electrolysis of Solutions; Electroplating; Electrochemical Production of Hydrogen Gas and Copper(II) Ion; Iodometric Titration of Copper(II) Ion