4. Textbook

AS Physical Chemistry

Atomic Structure

atoms isotopes & mass spec

2.12 electronic structure    New April 2015

2.13 ionisation energies  New April 2015

ionisation energies


2.20 introduction to bonding  New sep2014

2.21 ionic bonding  New Sep 2014

 2.Covalent & Dative Covalent Bonding

2.24 shapes of molecules New Sep 2014

3.Shapes of molecules

4.electronegativity and polarity

2.26 intermolecular bonding New April 2015

5.intermolecular bonding

6.metallic bonding

7.solid 4 types Crystals


balancing equations

1.21 moles and formulae Updated Aug 2016

1.22 concentrations and solutionsNew August 2016

1.23 Gas Calculations  Updated Aug 2016

1.24 calculations and chemical reactions Updated Oct 2017

1.25 titrations  New August 2016


3.11 introduction enthalpy change    New April 2015


2.Calculating energy change for an experimental reaction

3.12 Hess’s law    New April 2015

3.Hess’s Law

3.14 bond enthalpies    New April 2015



AS level Rates of Reaction

4.1 reaction kinetics  New August 2016


AS equilibrium

Industrial processes


Oxidation numbers

Balancing redox equations

AS Inorganic Chemistry



Group 7: The halogens

displacement reaction halogens

Reactions of the halides

Disproportionation reactions

Group 2

5.2. group 2    New August 2016

Metal Extraction

metal extraction

AS Organic Chemistry


6.1. organic naming   new September 2015

6.1.5. isomerism  new September 2015

6.2. alkanes  new September 2015

6.3. alkenes  new September 2015

6.4. halogenoalkanes  new September 2015

6.5. alcohols  new September 2015


A2 Physical Chemistry


4.1 reaction kinetics  New August 2016

1. rate equations

2. rates and temperature

3. transitions and mechanisms

Equilibrium Constants

Equilibrium, Kc

effect of P,T and catalysts on Kc

Acid -base equilibria

1.Acid Base Equilibria

2.titration curves

3.pH calculations during neutralisation



1. definitions of enthalpy changes

2.Born Haber

2. ionic covalent character

3.determining formula of cacl2

4.Entropy and Free Energy

5.enthalpies of solutions

Redox Equilibria

1. Redox equilibria

A2 Organic Chemistry

Naming A2 Organic and Isomerism

naming organic A2

Optical Isomerism

Reactions of the C=O bond


2.Carboxylic Acids and Esters

3.Carboxylic acid derivatives

4.flow chart for compounds containing carbonyls


1. Benzene syllabus

Amines, amino acids, polymers


Amino Acids and Proteins

Condensation Polymers

A2 Inorganic Chemistry


Periodicity of period 3

Transition Metals

1.Transition metals introduction

2.complex ions intro and shape

3.colour in complexes

4.variable oxidation states

5.chromium chemistry


7.Reactions of silver

8. reactions of aqueous solution

38 thoughts on “4. Textbook

  1. Andrew Galea - Chemistry teacher

    Loads of hard work has gone into producing these notes – hope students appreciate the hard work of dedicated teachers – an inspiration to Chemistry students 🙂

  2. student

    For ‘questions on errors’ in titrations, for part (d) surely there should be no effect on the calculated value of [NaOH] as the water doesn’t affect the number of moles of either reagent used and the moles of potassium hydrogenphthalate measured out by the pipette is the same?

  3. chemnerd

    Great resources! However it would be superb if you have more questions for each topic and give answers to the questions.:)

  4. Slurp

    Hey, thank you so much for notes. I was just wondering do you know where i can obtain the answers from as i am working through the questions from Unit 1, Module 1. Thanks again for your help.

  5. Lynne

    It would be great if you could supply the answers to the mole questions in 1.21 and 1.24 (the new guides). Ive done them but not sure if I got them right and I would love to know. Thanks for your notes. Love them.

      1. Lynne

        Got the answers – this will really help me – just in time for my amount of substance test on monday. thank you so much.

      2. Alisha


        I have looked at the answers but for some i am getting different answers to you, for example for 1.24 calculations and chemical reactions, question 1.1 your answer was 4.21g but i am getting 6.80g can you please explain how you are getting this?

      3. chemrevise Post author

        I would prefer you to show me how you get 6.80. Check you are using the atomic mass of Titanium (Ti). I suspect you might be doing it with thallium (Tl)

    1. chemrevise Post author

      Well they are from questions from somewhere in the 15 years worth of past papers I have, but I didn’t ever put the answers on the powerpoints. At some point I will add them on but it will take a while to get through them all.


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