Master advanced chemistry with comprehensive resources covering Physical, Organic, and Inorganic Chemistry. Everything you need for AS and A2 excellence.
Complete coverage of Physical, Organic, and Inorganic Chemistry
Detailed understanding of atomic theory and structure.
Advanced concepts in chemical bonding.
Oxidation, reduction, and electrochemical cells.
Energy changes in chemical reactions.
Rates of reaction and reaction mechanisms.
Dynamic equilibrium and equilibrium constants.
Fundamentals of organic chemistry.
Saturated and unsaturated hydrocarbons.
Functional group chemistry and reactions.
Aldehydes, ketones, and carboxylic acids.
Benzene and aromatic compounds.
Nitrogen-containing organic compounds.
Trends across the periodic table.
Properties and reactions of d-block elements.
Modern methods of chemical analysis.
Everything you need for A-Level Chemistry success
Detailed notes with mechanisms and equations.
28+ GuidesExtensive question banks with worked solutions.
750+ QuestionsComplex reactions explained clearly.
85+ VideosAll required practicals with detailed methods.
12 Core PracticalsAll essential data tables, constants, and formulae for exams.
Complete collection of all required organic mechanisms.
Detailed guide to interpreting IR, NMR, and mass spectra.
Focused practice on all types of chemistry calculations.
Strategic advice for A-Level Chemistry excellence
Learn all required mechanisms thoroughly—draw curly arrows correctly and show all intermediate steps. These are easy marks if you know them.
A-Level Chemistry has extensive calculations. Practice moles, equilibria, pH, and energetics calculations until they're automatic.
Know how to interpret IR, NMR, and mass spectra. Create summary sheets with key peaks and chemical shifts for quick reference.
Familiarize yourself with the data booklet layout. Know where to find electrode potentials, IR frequencies, and NMR shifts quickly.
15% of marks relate to practical skills. Understand distillation, reflux, titrations, and how to evaluate experimental procedures.
Practice writing balanced equations including state symbols. Check oxidation states in redox equations—a systematic approach prevents errors.
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