Foundations in Chemisty - Module 2
- Atomic Structure
- Moles
- Ionic Structure and Bonding
- Metallic Structures and Bonding
- Intermolecular Forces
- Covalent Structures and Bonding
- States of Matter and Structures
- Acid Base Reactions 1
- Redox Reactions
Period Table & Energy - Module 3
Core Organic Chemistry - Module 4
Physical Chemistry & Transition Elements - Module 5
- Kinetics 1
- Kinetics 2
- Acid Base Equilibria 2
- Equilibria Kc & Kp
- Transition Elements
- Complex Ions
- Born Haber Cycles
- Enthalpy Changes for Born Haber
- Calculating Mole Fractions
Organic Chemistry & Analysis - Module 6
pH Calculations
- pH Calculations for Strong Acid Base Neutralisation 1
- pH Calculations for Strong Acid Base Neutralisation 2
Moles Sets
- Set 1 - Ar & Mr
- Set 2 - Moles of Elements
- Set 3 - Formulae
- Set 4 - Moles of Compounds
- Set 5 - Balancing Equations
- Set 6 - Moles & Reacting Masses from Equations
- Set 7 - Gas Volumes in Mole Calculations
- Set 8 - Solution Concentrations
- Set 9 - Concentrations in Reactions
Moles and Masses
Moles and Gases
- Temperature Calculation for Ideal Gases 1
- Temperature Calculation for Ideal Gases 2
- Temperature Calculation for Ideal Gases 3
- Temperature Calculation for Ideal Gases - Random
- Volume Calculation for Ideal Gases 1
- Volume Calculation for Ideal Gases 2
- Volume Calculation for Ideal Gases 3
- Volume Calculation for Ideal Gases - Random
Moles and Solutions
- Moles from Concentrations & Volume 1
- Moles from Concentrations & Volume 2
- Volumes from Concentrations & Moles 1
- Volumes from Concentrations & Moles 2
- Volumes from Concentrations & Moles 3
- Concentration from Mass & Volume 1
- Concentration from Mass & Volume 2
- Concentration from Mass & Volume 3
- Concentration from Mass & Volume 4
- Concentration from Mass & Volume 5
- Concentration from Mass & Volume 6