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AQA Biology · Paper 1 (7402/1)Mon 7 Jun 2027 · PM
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A-Level Biology
Mock exams · AQA · 7402
A-Level Biology mock exams, marked in seconds
15 exam-style A-Level Biology papers written to the AQA, Edexcel and OCR specifications. Answer on screen, tap Mark, and every answer is marked against a mark scheme: you see the marks you got, the ones you missed and what the examiner was looking for. Your predicted grade updates with every answer, and your weakest topics are picked out for you so you can practise just those.
AQA A-Level Biology9 papers · 54 topics · 7402/1
Papers
- Mock A: Paper 1 (topics 1–4)91 marks · 120 min
- Mock A: Paper 2 (topics 5–8)91 marks · 120 min
- Mock A: Paper 3 (all topics, practical skills and essay)78 marks · 120 min
- Mock B: Paper 1 (topics 1–4)91 marks · 120 min
- Mock B: Paper 2 (topics 5–8)91 marks · 120 min
- Mock B: Paper 3 (all topics, practical skills and essay)78 marks · 120 min
- Mock C: Paper 1 (topics 1–4)91 marks · 120 min
- Mock C: Paper 2 (topics 5–8)91 marks · 120 min
- Mock C: Paper 3 (all topics, practical skills and essay)78 marks · 120 min
Practise by topic
- Biological molecules: Monomers and polymers
- Biological molecules: Carbohydrates
- Biological molecules: Lipids
- Biological molecules: General properties of proteins
- Biological molecules: Enzymes
- Biological molecules: Structure of DNA and RNA
- Biological molecules: DNA replication
- Biological molecules: ATP
- Biological molecules: Water
- Biological molecules: Inorganic ions
- Cells: Structure of eukaryotic cells
- Cells: Prokaryotic cells and viruses
- Cells: Methods of studying cells
- Cells: All cells arise from other cells (mitosis, cell cycle, binary fission)
- Cells: Transport across cell membranes
- Cells: Cell recognition and the immune system
- Exchange: Surface area to volume ratio
- Exchange: Gas exchange
- Exchange: Digestion and absorption
- Exchange: Mass transport in animals
- Exchange: Mass transport in plants
- Genetic information: DNA, genes and chromosomes
- Genetic information: DNA and protein synthesis
- Genetic information: Mutation and meiosis
- Genetic information: Genetic diversity and adaptation
- Genetic information: Species and taxonomy
- Genetic information: Biodiversity within a community
- Genetic information: Investigating diversity
- Energy transfers: Photosynthesis
- Energy transfers: Respiration
- Energy transfers: Energy and ecosystems
- Energy transfers: Nutrient cycles
- Responding to change: Survival and response (tropisms, taxes, kineses)
- Responding to change: Receptors
- Responding to change: Control of heart rate
- Responding to change: Nerve impulses
- Responding to change: Synaptic transmission
- Responding to change: Skeletal muscle contraction
- Responding to change: Principles of homeostasis and negative feedback
- Responding to change: Control of blood glucose
- Responding to change: Control of blood water potential
- Genetics and evolution: Inheritance
- Genetics and evolution: Populations (Hardy–Weinberg)
- Genetics and evolution: Evolution and speciation
- Genetics and evolution: Populations in ecosystems
- Gene expression: Mutations and non-functional proteins
- Gene expression: Stem cells
- Gene expression: Regulation of transcription and translation (incl. epigenetics)
- Gene expression: Gene expression and cancer
- Gene expression: Using genome projects
- Gene expression: Recombinant DNA technology
- Gene expression: DNA probes and screening
- Gene expression: Genetic fingerprinting
- Practical skills and required practicals
Edexcel A-Level Biology3 papers · 11 topics · 9BI0/01
Papers
- Mock exam: Paper 1: Advanced Biochemistry, Microbiology and Genetics100 marks · 105 min
- Mock exam: Paper 2: Advanced Physiology, Evolution and Ecology100 marks · 105 min
- Mock exam: Paper 3: General and Practical Principles in Biology100 marks · 150 min
Practise by topic
OCR A-Level Biology3 papers · 6 topics · H420/01
Papers
- Mock exam: Paper 1: Biological processes100 marks · 135 min
- Mock exam: Paper 2: Biological diversity100 marks · 135 min
- Mock exam: Paper 3: Unified biology70 marks · 90 min
