GCSE Summer Booster Course

Biology – B1: Cell Biology

🧠 Key Knowledge: Eukaryotic and prokaryotic cells, microscopy, cell differentiation, transport (diffusion, osmosis, active transport)

🔍 Skills: Magnification calculations, microscope practical, interpreting diagrams and data

⚠️ Misconceptions: Confusing osmosis with diffusion; not distinguishing plant and animal cell structures

Chemistry – C1: Atomic Structure & the Periodic Table

🧠 Key Knowledge: Atoms, elements, compounds, structure of the atom, development of the periodic table, properties of groups 0, 1, and 7
🔍 Skills: Drawing atomic structure (1–20), predicting element properties from periodic trends
⚠️ Misconceptions: Believing electrons orbit randomly; assuming all atoms have the same number of neutrons

Physics – P1: Energy

🧠 Key Knowledge: Energy stores and transfers, energy conservation, specific heat capacity, efficiency

🔍 Skills: Calculations using E = P × t and E = m × c × ∆θ, energy diagrams, interpreting practical results

⚠️ Misconceptions: Thinking energy is "used up"; confusing energy stores with energy transfers

Biology – B2: Organisation

🧠 Key Knowledge: Digestive system, enzymes, blood, heart, blood vessels, health and disease

🔍 Skills: Enzyme practical interpretation, explaining enzyme action using graphs, evaluating health data

⚠️ Misconceptions: Thinking enzymes work at any temperature or pH; misunderstanding coronary heart disease

Chemistry – C2: Structure, Bonding & Properties

🧠 Key Knowledge: Ionic, covalent and metallic bonding; structure and properties of materials (giant lattices, simple molecules, polymers)

🔍 Skills: Drawing bonding diagrams, comparing physical properties of substances

⚠️ Misconceptions: Believing covalent bonds conduct electricity; misunderstanding the difference between intermolecular and covalent bonds

Physics – P2: Electricity

🧠 Key Knowledge: Charge, current, potential difference, resistance, series and parallel circuits

🔍 Skills: Using I = V ÷ R, circuit diagram drawing, interpreting resistance and current graphs

⚠️ Misconceptions: Thinking current gets used up; confusing voltage with current

Biology – B3: Infection & Response

🧠 Key Knowledge: Pathogens, immune system, vaccination, antibiotics, drug development

🔍 Skills: Evaluating new drug trials, interpreting vaccine data

⚠️ Misconceptions: Antibiotics kill viruses; vaccines cure disease

Chemistry – C3: Chemical Changes

🧠 Key Knowledge: Acids, alkalis, neutralisation, reactivity series, extraction, electrolysis

🔍 Skills: Writing ionic equations, identifying oxidation/reduction, evaluating reactivity data

⚠️ Misconceptions: All acids are dangerous; confusing concentration with strength 

Physics – P3: Particle Model of Matter

🧠 Key Knowledge: States of matter, internal energy, specific latent heat, gas pressure

🔍 Skills: Using particle diagrams, interpreting heating/cooling curves

⚠️ Misconceptions: Temperature changes during state changes; particles expand when heated

Biology – B4: Bioenergetics

🧠 Key Knowledge: Photosynthesis, limiting factors, respiration (aerobic/anaerobic)

🔍 Skills: Interpreting rate of photosynthesis graphs, comparing types of respiration

⚠️ Misconceptions: Breathing = respiration; only animals respire

Chemistry – C4: Chemical Calculations

🧠 Key Knowledge: Relative mass, moles, concentration, yield, atom economy

🔍 Skills: Using mole equations, balancing equations, solving for unknowns

⚠️ Misconceptions: Incorrect units in calculations; mass increases in closed systems

Physics – P4: Atomic Structure (Radiation)

🧠 Key Knowledge: Atomic models, isotopes, types of radiation, half-life

🔍 Skills: Calculating half-life from graphs/data, comparing penetration/paper shielding

⚠️ Misconceptions: Atoms "become radioactive"; all radiation is dangerous 

Biology – B5: Homeostasis & Response

🧠 Key Knowledge: Nervous system, reflex arc, hormones, blood glucose, menstrual cycle

🔍 Skills: Analysing control systems, comparing hormonal vs nervous response

⚠️ Misconceptions: Reflexes involve thinking; insulin removes glucose from blood

Chemistry – C5: Energy Changes

🧠 Key Knowledge: Exothermic/endothermic reactions, energy profiles, bond energies

🔍 Skills: Interpreting reaction profiles, calculating energy changes

⚠️ Misconceptions: Confusing exo- with endothermic; thinking catalysts add energy 

Physics – P5: Forces

🧠 Key Knowledge: Contact/non-contact forces, weight vs mass, resultant forces, Newton’s laws

🔍 Skills: F = m × a, drawing force diagrams, interpreting motion graphs

⚠️ Misconceptions: Mass and weight are the same; action and reaction forces act on the same object

Biology – B6: Inheritance, Variation & Evolution

🧠 Key Knowledge: DNA, chromosomes, inheritance, genetic diagrams, evolution

🔍 Skills: Interpreting Punnett squares, explaining variation, evaluating selective breeding

⚠️ Misconceptions: Dominant = more common; offspring inherit traits directly

Chemistry – C6–C7: Earth & Organic Chemistry

🧠 Key Knowledge: Hydrocarbons, cracking, atmosphere evolution, climate change, resources

🔍 Skills: Balancing equations, evaluating sustainability, interpreting carbon data

⚠️ Misconceptions: All carbon emissions come from cars; organic = healthy

Physics – P6: Waves

🧠 Key Knowledge: Transverse/longitudinal waves, properties, EM spectrum, wave behaviour

🔍 Skills: v = f × λ, wavefront diagrams, comparing EM wave uses

⚠️ Misconceptions: All waves need a medium; visible light = all light

Biology – B7: Ecology

🧠 Key Knowledge: Ecosystems, biotic & abiotic factors, adaptations, food chains/webs, biodiversity, pollution, deforestation, global warming

🔍 Skills: Interpreting ecological data & graphs, evaluating human impacts, analysing sampling methods

⚠️ Misconceptions: Confusing pyramids of biomass with pyramids of numbers (e.g. assuming each trophic level always has fewer organisms rather than less total mass); thinking all environmental change is negative; believing predators inevitably crash prey populations

Chemistry – C8 – C10: Analysis, Earth’s Resources & Using Materials

🧠 Key Knowledge: Pure substances, formulations, chromatography, tests for ions & gases, potable water, life‑cycle assessments, recycling, corrosion, alloys, polymers

🔍 Skills: Performing chemical tests, interpreting chromatograms, evaluating materials with LCA data

⚠️ Misconceptions: “Pure” means safe to drink; all potable water is chemically pure; materials last indefinitely

Physics – P7 – P8: Magnetism & Electromagnetism, Space Physics

🧠 Key Knowledge: Magnetic fields, electromagnets, motor effect, transformers, Solar System, life cycle of stars, red‑shift & Big Bang theory

🔍 Skills: Using Fleming’s left‑hand rule, analysing field diagrams, sequencing star life cycles

⚠️ Misconceptions: Magnetic field lines are physical entities; heavier stars live longer; space is completely empty of matter