04:15
How2: Work out the shapes and bond angles in simple molecules
02:26
How2: determine Kc for an equilibrium starting from initial quantities and one equilibrium quantity
02:22
How2: Determine orders, rate equation and rate constant using the initial rates method
02:55
How2: Construct a redox equation using changes in oxidation numbers
01:58
How2: Construct a balanced redox equation using half-equations
02:25
How2: Use a concentration vs. time graph to help quantify reaction rate
03:25
How2:use pH in calculations involving strong and weak acids and strong alkalis
04:03
How2: Construct a Hess cycle to calculate an enthalpy change for a reaction
02:12
How2: Show the mechanism for a radical substitution reaction
02:13
How2: Draw the mechanism for an electrophilic substitution reaction
02:24
How2: Draw the mechanism for an electrophilic addition reaction
01:57
How2: Draw the mechanism for a nucleophilic addition reaction
01:44
How2: Draw the mechanism for a nucleophilic substitution
03:03
How2: Use electrode potentials to determine the feasibility of redox reactions
03:23
How2: Construct and use a solution Born-Haber cycle
03:20
How2: Construct and use a Born-Haber cycle
06:00
How2: Use combined analytical methods to solve molecular structures
02:36
How2: Interpret infrared spectra
04:40
How2: Interpret a carbon-13 NMR spectrum
03:55
How2: Calculate the results of a titration experiment
05:02
How2: Interpret a proton NMR spectrum
04:41
How2: Interpret a mass spectrum
03:07
How2: Calculate reacting quantities using moles
02:04
How2: Work out successive ionisations of an atom
01:48
How2: Draw an ionic dot-and-cross diagram
01:44
How2: Draw a covalent dot-and-cross diagram
02:29
How2: Calculate energy changes using bond enthalpy
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