A-Level Chemistry (AQA) Flashcards

Flashcards covering the highest-yield concepts in the official AQA A-Level Chemistry syllabus.
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The most efficient A-level Chemistry revision tool.

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A-Level Chemistry is one of the most demanding subjects at sixth form, combining heavy content, tricky calculations, and detailed application questions across physical, inorganic, and organic chemistry. Brainscape’s A-Level Chemistry (AQA) flashcards offer a systematic, science-optimized tool that makes revision for this demanding subject fast, effective, and reliable.

Our team of educators, led by Richard Wheadon, a UK educator, chemistry specialist, and cognitive science leader, have distilled the official AQA chemistry syllabus into hundreds of high-yield flashcards that focus on exactly what students are expected to know for the exam. With seamless syncing across devices, these web and mobile flashcards empower students to learn as efficiently and painlessly as possible, anytime, anywhere.

(Preparing for a different A-level Chemistry board? We also have expert-vetted flashcards for these A-level boards and subjects.)

What You Get with Brainscape’s A-Level Chemistry (AQA) Flashcards

Whether you’re revising yourself or supporting students in the classroom, with Brainscape, you get:

  • Hundreds of flashcards covering the highest-yield topics from the official AQA A-Level Chemistry syllabus.
  • Confidence and clarity with flashcards created by A-level Chemistry educators, so you know it’s accurate, relevant, and aligned with AQA expectations.
  • A scientifically proven spaced repetition system that helps you learn key chemistry concepts faster and remember them for longer.
  • Ongoing feedback and progress tracking so you can see which topics you’ve mastered and which need more work.
  • A structured revision experience that helps you identify weak areas in physical, inorganic, and organic chemistry and turn them into strengths.
  • Flexible revision across Brainscape’s website and iOS and Android apps, so you can revise anytime, anywhere.
  • A growing library of revision guides and study strategies to support effective learning habits.

When you upgrade to Pro for these flashcards, you’ll also get full access to our periodic table flashcards and every other A-level subject in our library, making Brainscape your one-stop resource for A-level content review.

Created with Chemistry Experts Led by Richard Wheadon

These A-Level Chemistry (AQA) flashcards were created with a team of chemistry experts led by Richard Wheadon, a UK educator, chemistry specialist, and cognitive science leader.

This collaboration brings the flashcards in line with the AQA specification and how students actually learn and retain complex scientific information. The result is a revision tool you can trust. It is accurate, focused, and built to support long-term understanding rather than short-term cramming.

How to Get the Most Out of Brainscape’s A-Level Chemistry (AQA) Flashcards

Brainscape flashcards work best when used regularly and with honest self-assessment:

  • Revise in short, focused sessions. Even 5 to 15 minutes at a time can be effective.
  • Use flashcards alongside your textbook, class notes, or revision guides to reinforce what you are learning.
  • Aim to revise every day, rather than relying on long, infrequent revision sessions.
  • Be honest when rating your confidence on each card. Accurate self-assessment helps the spaced-repetition system adapt to your strengths and weaknesses.

Brainscape’s algorithm always shows you the best material for you to revise now for optimised efficiency. Simply open the app every day and tap ‘Start Studying’ to see exactly what you should revise next.

Bring Brainscape’s A-level Flashcards to Your Classroom or School

If you’re a teacher, Head of Department, or school leader looking to strengthen how your students prepare for A-level Chemistry, Brainscape offers discounted bulk Pro licences designed specifically for schools and colleges.

Our A-level Chemistry (AQA) flashcards are carefully aligned to the AQA specification and exam style, helping students not just memorise content, but apply it effectively under exam conditions. By reinforcing key definitions, reactions, and concepts through retrieval practice and spaced repetition, students build the depth of understanding needed to tackle structured questions, calculations, and extended-response answers with confidence.

In addition to improving content retention, Brainscape supports stronger exam technique and more consistent outcomes. Students learn to recall information quickly, avoid common misconceptions, and develop the precision required to secure marks across all three papers. For teachers, this means more efficient revision, clearer progress across topics, and better-prepared students walking into their exams.

We work with educators to make implementation simple and scalable, whether you’re supporting a single class or rolling out across an entire school. If you’d like to explore pricing or discuss a tailored setup for your students, you can learn more and get started here.

What Topics Are Covered in the AQA A-Level Chemistry Syllabus?

The AQA A-Level Chemistry syllabus is divided into several core areas, including:

  • Physical chemistry: atomic structure, amount of substance, energetics, kinetics, equilibria, thermodynamics
  • Inorganic chemistry: periodicity, Group 2 and Group 7 chemistry, transition metals, redox reactions
  • Organic chemistry: alkanes, alkenes, aromatics, functional groups, reaction mechanisms, spectroscopy
  • Practical skills: required practicals, experimental techniques, data analysis, evaluation, and safety

These topics are assessed across multiple papers, using a mix of calculations, structured questions, and extended written responses.

What Are the Best Ways to Revise for A-Level Chemistry (AQA)?

Strong A-Level Chemistry revision depends on consistency and strategy rather than last-minute past paper marathons. High-achieving students typically:

  • Follow a clear revision plan based on the AQA chemistry syllabus, breaking content into manageable weekly goals.
  • Review key ideas regularly, while continuing to build understanding across new topics.
  • Use flashcards daily to reinforce definitions, equations, reactions, and conditions.
  • Practise exam-style questions and past papers, as applying knowledge matters as much as memorising it.
  • Avoid cramming by allowing time to revisit difficult topics and build confidence before exams.

Many schools license Brainscape for all of their students preparing for the A-level exams. If you are a teacher, department head, or school administrator and you want to learn more about our school and class licenses, fill out this quick form and we’ll be in touch.

When Are A-Level Chemistry (AQA) Exams Held?

AQA A-Level Chemistry exams are usually held in May and June, with additional sessions depending on the exam cycle.

How Is A-Level Chemistry (AQA) Assessed?

AQA A-Level Chemistry students sit multiple written exam papers that assess physical, inorganic, and organic chemistry, as well as practical skills.

Is A-Level Chemistry Considered Difficult?

Yes, many students find AQA A-Level Chemistry challenging due to the volume of content and the combination of maths, theory, and application.

What Grade Do You Need to Pass A-Level Chemistry?

AQA A-Level Chemistry grades range from A* to E, with E considered a pass. Grade boundaries vary each year.

Additional Resources for A-Level Chemistry (AQA) Students

Decks in this class (34)

3.1.1 Atomic structure
Explain atomic models by interpreting subatomic particles, mass spectra, electron configurations, and successive ionisation energies.
50  cards
3.1.2 Amount of substance
Apply mole-based calculations to determine quantities, concentrations, gas volumes, and formulae in chemical reactions.
47  cards
3.1.3 Bonding
Analyse bonding and structure by comparing ionic, covalent, and metallic bonding and relating shape and intermolecular forces to properties.
90  cards
3.1.4 Energetics
Calculate and interpret enthalpy changes using calorimetry, Hess’s law, and bond enthalpy data.
62  cards
3.1.5 Kinetics
Predict reaction rates by applying collision theory, energy distributions, and the effects of catalysts and conditions.
55  cards
3.1.6 Equilibria & Kc
Evaluate dynamic equilibria by constructing Kc expressions and predicting system shifts using Le Chatelier’s principle.
24  cards
3.1.7 Redox equations
Identify and balance redox reactions by assigning oxidation numbers and constructing half-equations.
17  cards
3.1.8 Thermodynamics
Assess reaction feasibility by relating entropy and enthalpy changes to Gibbs free energy.
27  cards
3.1.9 Rate equations
Determine reaction orders and mechanisms by analysing experimental data and applying rate equations and the Arrhenius equation.
24  cards
3.1.10 Kp
Calculate equilibrium positions for gaseous systems using partial pressures and Kp expressions.
12  cards
3.1.11 Electrode potentials
Predict redox feasibility by interpreting standard electrode potentials and constructing electrochemical cells.
46  cards
3.1.12 Acids and bases
Solve acid–base problems by calculating pH, equilibrium constants, and buffer behavior across titration curves.
69  cards
3.2.1 Periodicity
Explain periodic trends across Period 3 using atomic structure, bonding, and intermolecular forces.
22  cards
3.2.2 Group 2 metals
Describe Group 2 chemistry by relating reactions and solubility trends to ionic size and charge density.
24  cards
3.2.3 Group 7 (halogens)
Compare halogen reactivity by analysing displacement reactions, redox behavior, and qualitative tests.
31  cards
3.2.4 Period 3 oxides
Classify Period 3 oxides by predicting their acid–base behavior and reactions with water and oxygen.
35  cards
3.2.5 Transition metals
Interpret transition metal chemistry by linking electronic structure to complex formation, color, and variable oxidation states.
95  cards
3.2.6 Ions in aqueous solution
Analyse aqueous metal ion reactions by predicting hydrolysis, precipitation, and ligand exchange outcomes.
39  cards
3.3.1 Intro to organic chemistry
Apply systematic nomenclature and structural representations to classify organic compounds and reaction mechanisms.
42  cards
3.3.2 Alkanes
Explain alkane properties and reactions by modelling combustion and free-radical substitution mechanisms.
49  cards
3.3.3 Halogenoalkanes
Predict reaction pathways by applying nucleophilic substitution and elimination mechanisms to halogenoalkanes.
36  cards
3.3.4 Alkenes
Analyse alkene reactions by applying electrophilic addition mechanisms and polymerisation concepts.
36  cards
3.3.5 Alcohols
Evaluate alcohol chemistry by predicting oxidation, substitution, and dehydration reactions using mechanisms.
43  cards
3.3.6 Organic analysis
Interpret analytical data by combining spectroscopy, elemental analysis, and qualitative test results.
36  cards
3.3.7 Optical isomerism
Distinguish stereoisomers by identifying chiral centers and predicting optical activity.
12  cards
3.3.8 Aldehydes & ketones
Predict reactions of carbonyl compounds by applying nucleophilic addition and redox chemistry.
20  cards
3.3.9 Carboxylic acids & derivatives
Analyse acyl compounds by comparing acidity and nucleophilic addition–elimination mechanisms.
25  cards
3.3.10 Aromatic chemistry
Explain benzene stability and reactivity through electrophilic substitution mechanisms.
29  cards
3.3.11 Amines
Assess amine chemistry by predicting basicity, reactions, and synthetic pathways.
41  cards
3.3.12 Polymers
Compare polymer types by analysing structures and formation mechanisms.
24  cards
3.3.13 Amino acids, proteins, DNA
Relate biological molecules to chemical structure by analysing bonding, interactions, and macromolecular organization.
61  cards
3.3.14 Organic synthesis
Design multistep syntheses by selecting reagents and planning functional group interconversions.
12  cards
3.3.15 NMR spectroscopy
Interpret NMR spectra by analysing chemical shifts, splitting patterns, and signal integration.
14  cards
3.3.16 Chromatography
Apply separation techniques by analysing Rf values and chromatographic principles.
12  cards

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