OCR • Chemistry A

summarised note of enthalpy topic including examples, definitions, key terms and explanations.

specific for ocr but also works with other alevel exam boards. includes examples, applications and definitions to explain the topic in a concise manner.

summary notes on both the alkanes and alkenes topic including examples for the mechanisms and key explanations and definitions.

suitable for any alevel chemistry exam board but works best for ocr. notes include intermolecular forces types, types of bonding. includes examples, definitions in a summarised form.

Concise notes based on the OCR A specification but can be applicable to other exam boards. I used these notes last year to achieve an A*. Good luck on your exams to any students! Could also be used by teachers to create lesson slides or to help keep students on track. Contains a total of 52 pages.

Complete A-level Chemistry Synthesis Map based on the specification, blank copies included which can be printed and filled in for practice. Perfect for students and teachers. Helped me in memorising the organic chemistry equations that are required in OCR and achieving an A*. Two maps, one includes the aromatic synthesis reactions and the other includes the aliphatic synthesis reactions.

Poster with details on Metallic, Ionic, and Covalent bonding. Explains the differences and similarities with diagrams included.

61 pages worth of practice questions on redox reactions and equilbrium to ensure you get top grade!

Handwritten notes from an A-A* student who did their exams in 2024. For year 1 OCR A-level organic chemistry, covering the essentials for the best grade. Topics include electrons and bonding, shapes of molecules, intermolecular forces, basics of organic chemistry, alkanes, alkenes, alcohols, haloalkanes, organic synthesis and spectroscopy. Includes examples, practical techniques and helpful organic synthesis map.

Handwritten notes from an A-A* student for year 1 OCR A A-level physical chemistry covering the essentials for the best grade. Topics include atoms, ions and compounds; amount of substance; acids and redox; periodicity; reactivity trends; enthalpy and reaction rates and equilibrium. Includes examples.