Doc Croc.

Chemistry

1. 1

   Bonding Basics

   1. Ionic Bonding
      1. How2: Draw an ionic dot-and-cross diagram
   2. Covalent Bonding
      1. How2: Draw a covalent dot-and-cross diagram
2. 2

   Covalent Bonds

   1. VSEPR
      1. How2: Work out the shapes and bond angles in simple molecules
3. 3

   Electron Configuration

   1. Electron Configuration
      1. How2: Work out successive ionisations of an atom
4. 4

   Stoichiometry

   1. Mole Ratios
      1. How2: Calculate reacting quantities using moles
5. 5

   Chemical Kinetics

   1. Rate Law
      1. How2: Determine orders, rate equation and rate constant using the initial rates method
      2. How2: Use a concentration vs. time graph to help quantify reaction rate
6. 6

   Chemical Equilibrium

   1. Equilibrium Constants
      1. How2: determine Kc for an equilibrium starting from initial quantities and one equilibrium quantity
7. 7

   Reactions in Solution

   1. Titration Calculations
      1. How2: Calculate the results of a titration experiment
8. 8

   Thermochemistry

   1. Energy Change in Reactions
      1. How2: Calculate energy changes using bond enthalpy
   2. Hess' Law
      1. How2: Construct a Hess cycle to calculate an enthalpy change for a reaction
9. 9

   Electrochemistry

   1. Oxidation and Reduction Reactions
      1. How2: Construct a balanced redox equation using half-equations
   2. Balancing Redox Equations Using the Oxidation Number Method
      1. How2: Construct a redox equation using changes in oxidation numbers

Organic Chemistry

1. 1

   Acids and Bases

   1. pH, pKa, Ka, pKb, Kb
      1. How2:use pH in calculations involving strong and weak acids and strong alkalis
2. 2

   Nuclear Magnetic Resonance (NMR)

   1. What NMRs Actually Tell Us
      1. How2: Interpret a proton NMR spectrum
   2. Carbon-13 NMR
      1. How2: Interpret a carbon-13 NMR spectrum
3. 3

   Infrared Spectroscopy

   1. Infrared Spectroscopy
      1. How2: Interpret infrared spectra
   2. Combined Analytical Methods
      1. How2: Use combined analytical methods to solve molecular structures
   3. Mass Spectometry
      1. How2: Interpret a mass spectrum
4. 4

   Alkene and Alkyne Addition Reactions

   1. Introduction to Reactions and Mechanisms
      1. How2: Draw the mechanism for an electrophilic addition reaction
5. 5

   Radical Reactions

   1. Radical Halogenation of Alkanes
      1. How2: Show the mechanism for a radical substitution reaction