Understand how matter behaves, reacts, and transforms at a fundamental level. At LMSC, A-level Chemistry is taught live by specialist teachers in small, focused groups, with every lesson recorded for flexible review. You’ll build confidence in chemical reasoning, practical analysis, and exam technique across physical, organic, and inorganic chemistry.
A-level Chemistry is a challenging and rewarding course that explains how matter is structured, how substances react, and how chemical principles drive processes in living systems, industry, and the environment. It integrates theoretical understanding, mathematical problem-solving, and practical laboratory skills, making it a cornerstone subject for many science and healthcare pathways.
At London Maths & Science College (LMSC), A-level Chemistry is delivered through live, teacher-led lessons by expert subject specialist teachers. Teaching is structured and exam-focused, with clear explanations, worked examples, and frequent opportunities to practise exam-style questions. Students complete all AQA-required core practicals, developing confidence in experimental techniques, data handling, and evaluation of uncertainty. All live sessions are recorded so students can revisit complex topics and reinforce understanding.
The course follows the AQA A-level Chemistry specification and covers physical, inorganic, and organic chemistry, alongside analytical techniques such as spectroscopy and chromatography. Strong emphasis is placed on scientific communication, accurate use of terminology, and exam technique, ensuring students are fully prepared for assessment.
A-level Chemistry is particularly well suited to students aiming for Medicine, Dentistry, Pharmacy, Chemical Engineering, Biochemistry, Materials Science, Environmental Science, and other science-based university courses where chemistry is a required or highly preferred subject.
Atomic structure
Protons, neutrons and electrons
Isotopes, relative mass and electron configuration
Ionisation energy and atomic spectra
Amount of substance
The mole and Avogadro constant
Empirical and molecular formulae
Balanced equations, reacting masses
Gas calculations and titrations
Bonding
Ionic, covalent and metallic bonding
Bond polarity and intermolecular forces
Shapes of molecules and ions (VSEPR)
Bond enthalpy and structure–property links
Energetics
Enthalpy changes and energy profiles
Calorimetry experiments
Hess’ law and Born–Haber cycles
Kinetics
Rates of reaction
Collision theory
Rate equations and activation energy
Catalysts and Maxwell–Boltzmann distributions
Chemical equilibria & Le Chatelier’s principle
Dynamic equilibrium
Kc and Kp
Effect of changing conditions
Industrial applications (e.g. Haber process)
Acids, bases & buffers
Brønsted–Lowry theory
Strong and weak acids/bases
pH, Ka and buffer calculations
Titration curves
Redox & electrochemistry
Oxidation numbers and redox reactions
Electrode potentials
Electrochemical cells and electrolysis
Periodic table & periodicity
Trends across periods and down groups
Explanations using structure and bonding
Inorganic chemistry
Group 2 (alkaline earth metals)
Group 7 (halogens)
Period 3 elements and their compounds
Transition metals: properties, reactions, complex ions
Organic chemistry – fundamentals
Alkanes, alkenes, halogenoalkanes
Alcohols and reaction mechanisms
Isomerism (structural, E/Z, optical)
Organic chemistry – advanced
Aldehydes and ketones
Carboxylic acids and derivatives
Aromatic chemistry (benzene and electrophilic substitution)
Amines, amino acids, polymers, synthesis pathways
Organic analysis
Mass spectrometry
Infrared (IR) spectroscopy
Nuclear magnetic resonance (¹H and ¹³C NMR)
Identifying unknown compounds
Practical skills & data analysis
AQA required practicals
Experimental design and risk assessment
Measurement uncertainty and error analysis
Processing data, graphing and evaluation
Strong analytical and problem-solving skills, applying chemical principles to unfamiliar and multi-step questions
Quantitative skills in chemistry, including mole calculations, equilibria, energetics, rates, and electrochemistry
Ability to plan, carry out, and evaluate practical experiments safely and effectively
Confident handling of data, graphs, and calculations, including error and uncertainty analysis
Clear scientific communication, using correct chemical terminology, equations, symbols, and structured explanations
Mechanistic thinking in organic chemistry, understanding reaction pathways rather than memorising outcomes
Logical reasoning and evidence-based decision making
Effective use of calculators and technology while showing full working
Exam-ready skills, including timing, method-mark strategy, accuracy checking, and resilience under pressure
Transferable skills valued across science, healthcare, and industry: precision, organisation, critical thinking, and independence
This course is well suited for students who:
Enjoy understanding how substances behave and react at a molecular level
Are interested in medicine, dentistry, pharmacy, biochemistry, chemical engineering, or other science-based careers
Are confident with mathematics and problem-solving, including calculations and equations
Like combining theory with practical investigation and real-world applications
Prefer subjects that reward logical thinking and precision
Are willing to practise regularly and engage with exam-style questions
Value expert teaching, clear explanations, and structured exam preparation
Students who dislike calculations or quantitative reasoning
Learners who struggle with applying mathematics in scientific contexts
Those looking for a low-workload or mainly descriptive subject
Awarding body: AQA
Qualification: A-level Chemistry (7405)
Assessment structure:
3 written examination papers
Paper 1: Physical Chemistry & Inorganic Chemistry + relevant practical skills
Paper 2: Physical Chemistry & Organic Chemistry + relevant practical skills
Paper 3: Synoptic Chemistry (practical skills, data analysis, multiple-choice and extended questions)
Duration & weighting:
Paper 1: 2 hours — 35%
Paper 2: 2 hours — 35%
Paper 3: 2 hours — 30%
Question style:
All questions are compulsory
Mixture of multiple-choice, short-answer, structured calculations, and extended-response questions
Strong emphasis on application, analysis, and evaluation, including unfamiliar contexts
Practical assessment:
No coursework component
Students complete AQA-required practical activities during the course
Practical competence is assessed through written exam questions across all papers
Schools may award a separate Practical Endorsement (Pass/Fail) where applicable
Calculator use:
Calculators permitted in all papers
Full working must be shown, including units and significant figures
A Data & Formulae booklet is provided in the examination
Exam series:
Normally sat in the May/June examination series
Exam location (LMSC Hybrid route):
Exams are sat in London at LMSC’s JCQ-approved exam centre
Grading:
Grades awarded from A to E*, based on combined performance across all three papers
To ensure students are well prepared for the academic and practical demands of this course, the following entry criteria apply:
GCSE/IGCSE Chemistry or Combined Science:
Grade 7 or above in Chemistry (or Chemistry component of Combined Science) strongly recommended
A strong Grade 6 may be considered with evidence of mathematical ability and a diagnostic assessment
GCSE/IGCSE Mathematics:
Grade 6 or above recommended
Students must be confident with algebraic manipulation, ratios, percentages, graphs, and rearranging equations
International qualifications:
Strong performance in Grade 10 Chemistry and Mathematics (or equivalent), demonstrating readiness for quantitative and conceptual chemistry
Scientific readiness:
Students should be comfortable with:
Using chemical symbols, formulae, and equations
Performing multi-step calculations
Interpreting experimental data and graphs
Admissions assessment (if required):
A short diagnostic test may be used to confirm suitability, particularly for students entering from non-UK curricula
Bridge support (where appropriate):
Students who meet the threshold but need consolidation may be required to complete a foundations module, covering:
Core chemical calculations (moles, concentrations)
Algebra for chemistry
Laboratory safety and practical skills
Introduction to uncertainty and error analysis
On successful completion of the course, students will be awarded the AQA A-level Chemistry (7405) qualification, graded A–E* following three externally assessed written examinations.
By the end of the course, students will have developed:
Secure understanding of chemical principles across physical, inorganic, and organic chemistry
Strong quantitative skills, confidently applying mathematics to chemical calculations involving moles, equilibria, energetics, kinetics, and electrochemistry
Practical competence, including experimental planning, safe laboratory practice, data analysis, and evaluation of uncertainty
Mechanistic reasoning, particularly in organic chemistry, explaining reactions through pathways rather than memorisation
Scientific problem-solving skills, applying chemical knowledge to unfamiliar contexts and multi-step questions
Clear scientific communication, using correct terminology, equations, symbols, and structured explanations
Exam readiness, including timing, method-mark strategy, accuracy checking, and effective calculator use
Students will also leave with a portfolio of assessed work—including timed exam papers and practical analysis tasks—supporting predicted grades, academic references, and progression planning.
A-level Chemistry is a core facilitating subject for a wide range of competitive university courses and science-based careers. It is essential or highly preferred for many healthcare, laboratory, and engineering pathways.
University pathways
Students completing A-level Chemistry commonly progress to degrees in:
Medicine, Dentistry & Veterinary Science
Pharmacy & Pharmacology
Biochemistry & Biomedical Sciences
Chemical Engineering & Materials Science
Chemistry (Pure, Applied, Medicinal)
Environmental Science & Sustainability
Food Science & Nutrition
Forensic Science & Toxicology
Natural Sciences (with appropriate subject combinations)
Subject combinations
A-level Chemistry works particularly well alongside:
Biology — essential for medicine and life sciences
Mathematics — supports physical chemistry and engineering routes
Physics — valuable for chemical engineering and materials science
Further Mathematics — strengthens applications to quantitative science and engineering degrees
Admissions value
Chemistry is required for Medicine, Dentistry, Pharmacy, and many Biomedical degrees
It is widely regarded by universities as evidence of scientific rigour, practical competence, and analytical thinking
Many selective courses specify minimum grades in Chemistry as part of their offer
Careers and future pathways
The skills developed support careers in:
Healthcare and medicine
Pharmaceutical and biotechnology industries
Chemical and materials engineering
Environmental and sustainability sectors
Research, academia, and laboratory sciences
Forensics, toxicology, and industrial chemistry
LMSC progression support
UCAS application guidance, including course selection and subject-combination advice
Predicted grades and academic references
Support with admissions tests and interviews (where applicable)
Results-day guidance, including Clearing and next-step planning
Explore other programmes that pair well with A Level Chemistry or extend your specialist focus.
Book a consultation for tailored guidance on admissions, timetable planning and portfolio preparation. We will map a personalised progression route for your ambitions.
Course highlights
