OCR GCSE Chemistry Revision Notes
Written specifically for the OCR exam board, our OCR GCSE Chemistry revision notes have been organised into topics making it easier for you to structure your revision time.
OCR 1.1 The particle model
OCR 1.2 Atomic structure
Relative Atomic Mass (GCSE Chemistry)
Relative Electrical Charges (GCSE Chemistry)
Size & Mass of Atoms (GCSE Chemistry)
Isotopes (GCSE Chemistry)
Developing the Atomic Model (GCSE Chemistry)
Discovery of Protons & Neutrons (GCSE Chemistry)
Atomic Models Part 2 (GCSE Chemistry)
Atomic Models Part 1 (GCSE Chemistry)
OCR 2.1 Purity and separating mixtures
Metal Alloys (GCSE Chemistry)
Chromatography and Rf Values (GCSE Chemistry)
Pure Substances & Formulations (GCSE Chemistry)
Using Moles to Balance Equations (GCSE Chemistry)
Relative Formula Mass (GCSE Chemistry)
Properties of Giant Covalent Structures (GCSE Chemistry)
Paper Chromatography (GCSE Chemistry)
Filtration & Crystallisation (GCSE Chemistry)
Distillation (GCSE Chemistry)
Separating Mixtures (GCSE Chemistry)
OCR 2.2 Bonding
Polymers (GCSE Chemistry)
Metallic Bonds (GCSE Chemistry)
Silicon Dioxide, Diamond & Graphite (GCSE Chemistry)
Covalent Bond Diagrams (GCSE Chemistry)
Covalent Bonds (GCSE Chemistry)
Ionic Compounds (GCSE Chemistry)
Ionic Formulae & Diagrams (GCSE Chemistry)
Electron Transfer & Ions (GCSE Chemistry)
Types of Bonding (GCSE Chemistry)
Periodic Table Metals vs Non-Metals (GCSE Chemistry)
OCR 2.3 Properties of mixtures
Advantages & Risks of Nanoparticles (GCSE Chemistry)
Uses & Properties of Nanoparticles (GCSE Chemistry)
Nanoparticles (GCSE Chemistry)
Graphene & Fullerenes (GCSE Chemistry)
Properties of Giant Covalent Structures (GCSE Chemistry)
Changing State (GCSE Chemistry)
States of Substances (GCSE Chemistry)
Properties of Small Molecules (GCSE Chemistry)
Simple Molecular Covalent Structures (GCSE Chemistry)
Metals & Non-Metals (GCSE Chemistry)
OCR 3.1 Introducing chemical reactions
Explaining Electrolysis (GCSE Chemistry)
Limiting Reactants (GCSE Chemistry)
Using Moles to Balance Equations (GCSE Chemistry)
Amounts of Substances (GCSE Chemistry)
Moles & Avogadro’s Constant (GCSE Chemistry)
Conservation of Mass (GCSE Chemistry)
Representing Elements (GCSE Chemistry)
Chemical Equations (GCSE Chemistry)
Elements & Compounds (GCSE Chemistry)
Common Molecules & Ions (GCSE Chemistry)
OCR 3.2 Energetics
OCR 3.3 Types of chemical reactions
OCR 3.4 Electrolysis
OCR 4.1 Predicting chemical reactions
Reactions of Metals (GCSE Chemistry)
The Transition Metals (GCSE Chemistry)
Group 0 (GCSE Chemistry)
Group 7: Reactions & Displacement (GCSE Chemistry)
Group 7: Reactivity (GCSE Chemistry)
Group 7 (GCSE Chemistry)
Group 1: Reactivity (GCSE Chemistry)
Group 1: Reactions (GCSE Chemistry)
Group 1 (GCSE Chemistry)
OCR 4.2 Identifying the products of chemical reactions
OCR 6.1 Improving processes and products
NPK Fertilisers (GCSE Chemistry)
Conditions of the Haber Process (GCSE Chemistry)
Haber Process (GCSE Chemistry)
Polymers (GCSE Chemistry)
Composites (GCSE Chemistry)
Ceramics (GCSE Chemistry)
Metal Alloys (GCSE Chemistry)
Corrosion & Prevention (GCSE Chemistry)
Reducing The Use Of Resources (GCSE Chemistry)
Life Cycle Assessment (GCSE Chemistry)
OCR 6.2 Organic chemistry
Amino Acids (GCSE Chemistry)
DNA and Other Naturally Occurring Polymers (GCSE Chemistry)
Condensation Polymerisation (GCSE Chemistry)
Addition Polymerisation (GCSE Chemistry)
Esters
Carboxylic Acids (GCSE Chemistry)
Reactions of Alcohols (GCSE Chemistry)
Alcohols (GCSE Chemistry)
Reactions of Alkenes (GCSE Chemistry)
Alkenes (GCSE Chemistry)
OCR 6.3 Interpreting & interacting with earth systems
Potable Water (GCSE Chemistry)
Atmospheric Pollutants (GCSE Chemistry)
Global Climate Change & Carbon Footprint (GCSE Chemistry)
Greenhouse Gases (GCSE Chemistry)
Atmospheric Carbon Dioxide (GCSE Chemistry)
Atmospheric Oxygen (GCSE Chemistry)
Gases in the Atmosphere (GCSE Chemistry)
Changes in the Earth’s Atmosphere (GCSE Chemistry)
FAQs
Read some of our most frequently asked questions and answers
Should I write my own OCR GCSE Chemistry revision notes?
While you don't have to write everything down, it is a good idea to find a way of transferring what you've read or watched into a format that you can easily read and understand. This will help you to digest the information as well.
What is tested in the OCR GCSE Chemistry exam?
There are two papers for students to sit. Paper 1 includes the topics Particles, Elements, compounds and mixtures, Chemical reactions and practical skills. Paper 2 includes the topics of Predicting and identifying reactions
and products, Monitoring and controlling chemical
reactions, Global challenges and practical skills.
How long is the OCR GCSE Chemistry exam?
Students will have a maximum time of 1 hour and 45 minutes for each paper. Both paper hold the same weighting (50%) in the final mark.
Free GCSE Chemistry Revision Notes
Choose your subject from the drop-down menu. The notes will be sent to your email address.
Let's get acquainted ?
What is your name?
Nice to meet you, {{name}}!
What is your preferred e-mail address?
Nice to meet you, {{name}}!
What is your preferred phone number?
What is your preferred phone number?
Just to check, what are you interested in?
When should we call you?
It would be great to have a 15m chat to discuss a personalised plan and answer any questions
What time works best for you? (UK Time)
Pick a time-slot that works best for you ?
How many hours of 1-1 tutoring are you looking for?
My WhatsApp number is...
For our safeguarding policy, please confirm...
Which online course are you interested in?
What is your query?
SubmitYou can apply for a bursary by clicking this link
https://www.medicmind.co.uk/medic-mind-foundation/Sure, what is your query?
SubmitLoading...
Thank you for your response.
We will aim to get back to you within 12-24 hours.
Lock in a 2 Hour 1-1 Tutoring Lesson Now
If you're ready and keen to get started click the button below to book your first 2 hour 1-1 tutoring lesson with us. Connect with a tutor from a university of your choice in minutes. (Use FAST5 to get 5% Off!)
Buy Now for £70