Zoom into the Cell
cell → nucleus → DNA
A continuous zoom from a whole cell down to the bases of DNA. Toggle between animal, plant, and bacterial cells. Click any organelle for GCSE-level detail.
Osmosis Required Practical
the potato practical · watch, order, explain
The full required practical, animated for the front of the room. Watch cylinders get cut to size, dropped into a range of sugar concentrations, then swell or shrink as the live mass readouts change — and those same masses feed the percentage-change calculation and the graph that crosses zero. Pupils then order the method, reason about the results by size, work through picture-first checks, and build up to a scaffolded 6-marker with a levelled AQA-style mark scheme. Combined tier, whole-class.
Energy Stores
a roller coaster, three stores, conservation
Drag a cart along a roller-coaster track and watch gravitational and kinetic stores swap energy. Toggle friction to see thermal appear. Predict-mode hides the answer until you're ready. Total energy stays at 1000 J — conservation, made visible.
Evolution of the Atmosphere
four stages · volcanoes to present-day air
A step-through of how Earth's atmosphere changed over billions of years. Volcanoes released carbon dioxide, water vapour and nitrogen into an oxygen-poor early atmosphere; the water vapour condensed to form oceans that dissolved CO₂; then algae and plants photosynthesised, removing CO₂ and adding O₂ — until unreactive nitrogen and oxygen came to dominate. A live composition bar shifts at each stage, with exam tips on the usual misconceptions, and ends with four checks for understanding.
Biology
Cells, transport, gas exchange, genetics11Zoom into the Cell
cell → nucleus → DNA
A continuous zoom from a whole cell down to the bases of DNA. Toggle between animal, plant, and bacterial cells. Click any organelle for GCSE-level detail.
Specialised Cells
six cell types, six adaptations
Sperm, egg, ciliated, root hair, nerve, red blood. Click adaptation hotspots to learn how structure links to function — with mark-scheme-aware exam tips.
The Microscope
eyepiece, objective, focus
An interactive microscope for the classroom — adjust magnification, focus the image, and explore what a real specimen looks like under the eyepiece. Pairs well with the cell-zoom tool above.
Diffusion & SA:V
why small cells diffuse faster
Particles diffuse from a high concentration outside a cell to a low concentration inside, until equilibrium. Three sliders change the rate — temperature, concentration gradient, and the cell's surface area : volume ratio — with a live crossings counter and a time-to-equilibrium readout. Built to make the counterintuitive result visible: a bigger cell has more membrane but fills more slowly.
Osmosis
water across a partially permeable membrane
An animated beaker split by a partially permeable membrane — small water molecules slip across while large sugar molecules can't, and the levels shift as water moves into the concentrated side. A labelled-diagram toggle gives the exam-ready version. Then ten checks for understanding run picture-first before moving to words, built to attack the “water moves to where there's more water” misconception head-on.
Osmosis Required Practical
the potato practical · watch, order, explain
The full required practical, animated for the front of the room. Watch cylinders get cut to size, dropped into a range of sugar concentrations, then swell or shrink as the live mass readouts change — and those same masses feed the percentage-change calculation and the graph that crosses zero. Pupils then order the method, reason about the results by size, work through picture-first checks, and build up to a scaffolded 6-marker with a levelled AQA-style mark scheme. Combined tier, whole-class.
Gas Exchange in the Alveoli
four adaptations · maximise the rate
A live cross-section of an alveolus and a capillary, with oxygen diffusing into the blood. The alveolus starts deliberately poor — students adjust surface area, wall thickness, blood flow, and a moist-lining switch to maximise the diffusion rate, unlocking why each adaptation works and how three of them map onto Fick's law. A second tab checks understanding with six exam-style questions.
Zoom into DNA
a double helix, in five steps
Chromosome → double helix → gene → nucleotide → base pairs. Built for Triple Biology. Click each part of a nucleotide to see what it does and why it matters in the exam.
Genetics Vocab
twelve questions · staged reveals
A check for understanding for the seven core genetics terms: allele, dominant, recessive, genotype, phenotype, heterozygous, homozygous. Twelve questions move from forward chains through reverse problems to a final trick question — each answer reveals in stages so a teacher can cold-call between every step.
Genetics Recap
whole-unit recap · diagnose, recall, practise
A teacher-led recap of the whole B9 inheritance unit, built for the first lesson back. Opens with diagnostic hinge questions, then moves through five sections — DNA structure, alleles and genotype/phenotype, Punnett squares, sex determination, and genetic disorders — each with a recall prompt, a quick task, and independent practice. Tackles the “1 in 4” misconception head-on and ends with a say-it-then-write-it task.
Evaluate: Embryo Screening
PGD vs CVS — writing an evaluation
An exam-technique builder for the 'evaluate' question on embryo screening — fix the key vocabulary, weigh the benefits and risks of PGD and CVS, and structure a justified conclusion.
Physics
Forces, electricity, energy, waves and space12Pressure in a Liquid
depth, density & p = ρgh
Drag a sensor down a tank and watch the pressure climb with depth. Switch the liquid to see how density changes it, with the p = density × g × depth equation worked live.
Force Diagram Builder
drag, label, balance
Build free-body diagrams for objects in motion or equilibrium. Drag force arrows, label them, and see whether the resultant is zero.
Particle Model
why solids, liquids, and gases behave that way
Watch particles in solids, liquids, and gases. Heat them, cool them, change their state. Explore how the model explains pressure and diffusion — the everyday physics behind the everyday world.
Energy Stores
a roller coaster, three stores, conservation
Drag a cart along a roller-coaster track and watch gravitational and kinetic stores swap energy. Toggle friction to see thermal appear. Predict-mode hides the answer until you're ready. Total energy stays at 1000 J — conservation, made visible.
Specific Heat Capacity
build the apparatus · sequence · 6-marker
A five-stage builder for the AQA Combined SHC required practical. Click through the apparatus stage-by-stage, sequence the method on an empty bench, drill equipment and method with quizzes, fix a bad 6-marker, then write your own with a scaffolded frame. Built for Year 9 first attempts at the extended response.
What is Power?
two fans, two batteries — power as a rate
A teacher-talk diagram for introducing power. Two fans run side by side on Low and High while their batteries drain live — High empties faster. Build the idea one step at a time: same stores, same transfers, just more energy each second. Each step has a cold-call prompt with a teacher-controlled answer reveal. Click or use arrow keys to advance.
Circuits, properly
series, parallel & resistance — for real
A staged walkthrough of what's actually happening inside a circuit — electron drift, surface charges, the electric field and energy flow — across resistance, series and parallel scenes, with a free-explore mode.
Electricity, properly
fields, energy & electrons
Peels back the layers of a working circuit — electrons, surface charges, the electric and magnetic fields and where the energy actually flows — with a standard circuit and a long-wire demo.
RP: Acceleration
resultant force & acceleration
The required practical for how the resultant force on a trolley affects its acceleration — set up the runway and light gates, put the method in order, and work with the data.
RP: Force & Extension
Hooke's law & the spring practical
The required practical on how a spring's extension depends on the force applied — build the apparatus, order the method, and read the force–extension graph up to the limit of proportionality.
RP: Waves
wavelength, frequency & wave speed
The required practical for measuring waves — use a ripple tank and waves on a string to find wavelength and frequency, then calculate the wave speed.
Cosmic Zoom
the solar system to the edge of the universe
A continuous flight outward — from the solar system and the Milky Way's heart at Sagittarius A* to the cosmic microwave background, the oldest light there is. Pure wonder.
Chemistry
Atoms, the Earth, the atmosphere8Atom Counter
read a formula · count the atoms
Drop a chemical formula in — H₂O, CO₂, Ca(OH)₂, 2H₂SO₄ — and see exactly how each atom is counted, including subscripts, brackets, and big multipliers. Built for KS3 to make formula-reading click.
Naming Compounds
three rules · then the test
The three KS3 naming rules — –ide for metal + non-metal (NaCl), prefixes for two non-metals (CO₂), and –ate names for polyatomic groups (CaCO₃). Each rule starts with a prediction, walks through an animated worked example, then four tap-to-build practice questions. Ends with a mixed challenge where pupils have to choose the rule themselves — including the AlCl₃ trap.
The Rock Cycle
three rock types · one endless loop
An interactive hub: tour the Earth's layers, then click each process — cooling, weathering & erosion, heat & pressure, melting — to see how igneous, sedimentary and metamorphic rocks turn into one another. Opens into full explorers for each rock type, including a crystal-growth lab and a fossil-forming sequence.
How Fossils Form
five stages · death to discovery
A step-through cross-section that animates how a fossil forms: an ammonite dies and sinks to the seabed, sediment buries it, the soft parts decay, minerals slowly replace the shell over millions of years, and erosion finally exposes it to be dug up. Built for teacher-led delivery at the front — click or use the arrow keys to move one stage at a time.
Evolution of the Atmosphere
four stages · volcanoes to present-day air
A step-through of how Earth's atmosphere changed over billions of years. Volcanoes released carbon dioxide, water vapour and nitrogen into an oxygen-poor early atmosphere; the water vapour condensed to form oceans that dissolved CO₂; then algae and plants photosynthesised, removing CO₂ and adding O₂ — until unreactive nitrogen and oxygen came to dominate. A live composition bar shifts at each stage, with exam tips on the usual misconceptions, and ends with four checks for understanding.
Inside the Earth & Igneous Rocks
the layers, and how igneous rock forms
Explore the layers beneath your feet, then watch how cooling speed decides whether cooling magma forms big crystals or small ones.
The Carbon Cycle
photosynthesis to combustion
An animated walk through the carbon cycle — photosynthesis, respiration, feeding, decomposition, fossilisation and combustion — showing how carbon moves between the atmosphere, living things and fossil fuels.
Sedimentary Rocks & Fossils
how they form, in six stages
A six-stage journey from bare rock to sedimentary layers — weathering, erosion, transport, deposition, compaction and cementation — and how fossils get trapped along the way.
Environmental design
Cross-curricular, built environment1Desert Building Explorer
passive cooling, in 3D
A seven-floor apartment in a hot climate. Toggle passive cooling features — shading, ventilation, tree-channelled wind — and watch the indoor temperature respond in real time.
Revision booklets
Bitesize topics, hide-and-reveal answers44Cells, bitesize
eight short topics · microscopes to specialised cells
Why we need microscopes, the parts of one and how to use them, what's inside every cell, animal vs plant cells, the magnification equation, unicellular bacteria, diffusion in and out of cells, and four specialised cells. Each topic is a bitesize summary with hinge questions and a hide-and-reveal quiz. Print-ready PDF pack included.
Particles, bitesize
four short topics · solids, liquids, gases, pressure
The particle model and how to draw it, properties of states and why they flow, the four changes of state with melting and boiling points, and gas pressure as collisions. Includes the particle simulator embedded at three different points — states, heating, and pressure.
Atoms, bitesize
six short topics · atoms to the periodic table
What an atom is and how it differs from an element, how our model has changed from Dalton's solid sphere to Bohr's planetary model, the three subatomic particles (PEN), reading atomic number and mass number, electron configuration in shells (2, 8, 8), then using group and period numbers to predict electron arrangements. Ten worked examples with a labelled Bohr atom and a simplified periodic table.
Energy, bitesize
six short topics · stores, transfers, joules
Fuels and the chemical store, joules and kJ, heating, kinetic and gravitational stores, the elastic store and transfer by a force, then transfers by electric current and waves. Includes the energy-stores roller coaster interactive embedded at the right moment.
Power, bitesize
six short topics · the equation, units, calculations
What power means and how to compare devices, the power equation P = E ÷ t, calculating energy with E = P × t using the FIFA method, kilowatts and kilojoules, working with minutes in calculations, then linking back to energy stores and conservation. Twelve worked examples and a watch-out for every common unit-conversion mistake.
Genetics, bitesize
five short topics · hide-reveal answers
DNA & chromosomes, variation, DNA structure, Punnett squares, and genetic disorders. Each topic is a bitesize summary with hinge questions and longer questions whose answers reveal on click. Embeds the cell-zoom and DNA-zoom interactives at the right moments.
Forces & Motion, bitesize
ten short topics · motion then forces
Speed, distance-time graphs, relative motion, typical speeds, then the ten named forces, contact vs non-contact, interaction pairs, resultant force, and effect on motion. Each topic is a short summary with a hinge question and longer questions whose answers reveal on click.
Gas exchange, bitesize
seven short topics · breathing to smoking
The respiratory system and the journey of air, how the lungs work using volume and pressure, how inhaled and exhaled air differ, gas exchange by diffusion in the alveoli, how the alveoli are adapted, exercise and asthma, and how smoking damages the lungs. Hinge questions, a hide-and-reveal quiz, embedded interactive diagrams and a print-ready PDF.
Chemical reactions, bitesize
nine short topics · reactions to balancing equations
What a chemical reaction is, physical vs chemical changes, the five signs of a reaction, combustion, thermal decomposition, oxidation, displacement, conservation of mass, and balancing symbol equations. Worked examples throughout, hinge questions, a hide-and-reveal quiz and a print-ready PDF.
Acids & alkalis, bitesize
five short topics · the pH scale to making salts
Acids, alkalis and the pH scale, bases and alkalis, indicators, neutralisation and naming salts, and the reactions of acids with metals. Worked examples, hinge questions, a hide-and-reveal quiz, an embedded pH slider and neutralisation curve, and a print-ready PDF.
Skeleton & muscles, bitesize
five short topics · bones, joints, antagonistic pairs
The four functions of the skeleton, the named bones, hinge and ball-and-socket joints (with ligaments, cartilage and synovial fluid), how muscles pull rather than push, antagonistic pairs like the biceps and triceps, and reading a muscle-strength graph with a line of best fit. Each topic is a bitesize summary with a hinge question, watch-outs for the usual mix-ups, and a hide-and-reveal quiz.
Separation, bitesize
six short topics · pure substances to chromatography
Pure substances and mixtures (and the melting-point purity test), dissolving and solubility, filtration, evaporation and crystallisation, distillation, and chromatography. Worked particle diagrams of every technique, hinge questions, watch-outs for the classic 'filtering removes dissolved salt' mistake, and a hide-and-reveal quiz.
Elements & compounds, bitesize
six short topics · symbols to mixtures vs compounds
Elements and chemical symbols (and the capital-letter rule), what a compound is, reading formulae and counting atoms through brackets, the KS3 naming rules (–ide, –ate, prefixes), how a compound's properties differ from its elements, and mixtures vs compounds. Worked atom-counting examples, hinge questions and a hide-and-reveal quiz.
Diet & health, bitesize
five short topics · a balanced diet to smoking & drugs
A balanced diet and the seven food groups, energy in food and why energy needs vary (with a bar chart to read), measuring the energy in food by burning it, diet-related problems and deficiency diseases, and the effects of smoking, vaping, alcohol and drugs. Hinge questions, watch-outs and a hide-and-reveal quiz.
Digestion, bitesize
five short topics · why we digest to gut bacteria
Why food has to be digested (big insoluble molecules to small soluble ones), the journey of food through the gut, mechanical and chemical digestion, how the small intestine is adapted with villi for absorption, and the role of gut bacteria. Labelled diagrams, hinge questions, watch-outs and a hide-and-reveal quiz.
Reproduction, bitesize
six short topics · gametes to plant reproduction
Sexual reproduction and gametes, the male and female reproductive systems, the adaptations of sperm and egg, fertilisation through to the placenta and pregnancy, the menstrual cycle, and plant reproduction including pollination and seed dispersal. Labelled diagrams, hinge questions, watch-outs and a hide-and-reveal quiz.
Energy resources, bitesize
five short topics · fossil fuels to thermal equilibrium
Where we get our energy and why fossil fuels are finite, how power stations generate electricity, renewable vs non-renewable resources and their trade-offs, energy use and cost with the kilowatt-hour, and heating and thermal equilibrium with insulation. Worked kWh cost calculations, hinge questions, watch-outs and a hide-and-reveal quiz.
Energy changes, bitesize
four short topics · heating curves to endo & exothermic
Heating curves and why temperature plateaus during a change of state, exothermic reactions that warm the surroundings, endothermic reactions that cool them, and investigating energy changes by measuring temperature change. Worked temperature-change calculations, hinge questions, the 'endothermic feels cold' watch-out, and a hide-and-reveal quiz.
Sound & waves, bitesize
six short topics · waves to ultrasound
What a wave is and the parts of a transverse wave, measuring amplitude, wavelength and frequency, why sound needs a medium, how frequency and amplitude control pitch and loudness, the ear and how we hear, and the speed of sound and ultrasound. Labelled wave and oscilloscope diagrams, hinge questions, watch-outs and a hide-and-reveal quiz.
Light, bitesize
five short topics · how light travels to colour
How light travels in straight lines, the law of reflection and ray diagrams, refraction and why light bends, the eye, lenses and the pinhole camera, and colour, the spectrum and filters. Labelled ray diagrams, hinge questions, watch-outs for the 'we see by light leaving our eyes' misconception, and a hide-and-reveal quiz.
Cell Biology, for the exam
7 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B1 Cell Biology in bitesize topics — cells and organelles, microscopy and magnification, cell specialisation, mitosis and stem cells, diffusion, osmosis and active transport. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Organisation, for the exam
8 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B2 Organisation in bitesize topics — enzymes, the digestive system and food tests, the heart, blood and blood vessels, the lungs, non-communicable disease, and transport in plants. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Infection and Response, for the exam
6 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B3 Infection and Response in bitesize topics — pathogens and disease, the body's defences, vaccination, antibiotics, and how new drugs are developed. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Bioenergetics, for the exam
6 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B4 Bioenergetics in bitesize topics — photosynthesis and its limiting factors, the uses of glucose, aerobic and anaerobic respiration, exercise and metabolism. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Homeostasis and Response, for the exam
7 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B5 Homeostasis and Response in bitesize topics — the nervous system and reflexes, hormones and the endocrine system, controlling blood glucose and diabetes, and hormones in reproduction. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Inheritance, Variation and Evolution, for the exam
8 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B6 Inheritance, Variation and Evolution in bitesize topics — reproduction and meiosis, DNA, genetic crosses and inherited disorders, variation, evolution by natural selection, and classification. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Ecology, for the exam
7 bitesize topics · Foundation and Higher
The whole of AQA Combined Science B7 Ecology in bitesize topics — communities and adaptations, sampling with quadrats and transects, the carbon and water cycles, and human impact on biodiversity. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Atomic Structure and the Periodic Table, for the exam
8 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C1 Atomic Structure and the Periodic Table in bitesize topics — atoms and the history of the atomic model, isotopes and relative atomic mass, electronic structure, the periodic table, and groups 0, 1 and 7. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Bonding, Structure and Properties, for the exam
7 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C2 Bonding, Structure and Properties in bitesize topics — ionic, covalent and metallic bonding, the properties of each structure, giant covalent structures, graphene and fullerenes, and nanoparticles. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Quantitative Chemistry, for the exam
6 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C3 Quantitative Chemistry in bitesize topics — conservation of mass and relative formula mass, percentage by mass and concentration, and (Higher) moles, reacting masses and limiting reactants. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Chemical Changes, for the exam
7 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C4 Chemical Changes in bitesize topics — the reactivity series, extracting metals, redox, the reactions of acids, the pH scale, making salts, and electrolysis. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Energy Changes, for the exam
4 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C5 Energy Changes in bitesize topics — exothermic and endothermic reactions, reaction profiles and activation energy, and (Higher) bond-energy calculations. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Rate and Extent of Chemical Change, for the exam
5 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C6 Rate and Extent of Chemical Change in bitesize topics — measuring rate, the factors that affect rate and collision theory, catalysts, and reversible reactions and equilibrium. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Organic Chemistry, for the exam
4 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C7 Organic Chemistry in bitesize topics — crude oil and alkanes, fractional distillation, the properties of hydrocarbons, and cracking and alkenes. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Chemical Analysis, for the exam
3 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C8 Chemical Analysis in bitesize topics — pure substances and formulations, chromatography and Rf values, and the tests for common gases. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Chemistry of the Atmosphere, for the exam
4 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C9 Chemistry of the Atmosphere in bitesize topics — the evolution of the Earth's atmosphere, greenhouse gases and climate change, and the pollutants from burning fuels. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Using Resources, for the exam
5 bitesize topics · Foundation and Higher
The whole of AQA Combined Science C10 Using Resources in bitesize topics — finite and renewable resources, potable and waste water treatment, life cycle assessment and recycling, and corrosion. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Energy, for the exam
8 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P1 Energy in bitesize topics — energy stores and transfers, kinetic and gravitational energy, elastic energy, specific heat capacity, power, dissipation, efficiency and energy resources. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Electricity, for the exam
6 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P2 Electricity in bitesize topics — charge and current, resistance and potential difference, series and parallel circuits, I-V characteristics, mains electricity, and power in circuits. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Particle Model of Matter, for the exam
5 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P3 Particle Model of Matter in bitesize topics — density, changes of state, internal energy and specific heat capacity, specific latent heat, and particle motion in gases. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Atomic Structure, for the exam
6 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P4 Atomic Structure in bitesize topics — the nuclear model and how it developed, isotopes, radioactive decay and the three radiations, nuclear equations, and half-life. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Forces, for the exam
8 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P5 Forces in bitesize topics — scalars and vectors, resultant forces, work done, springs, motion graphs, acceleration, Newton's laws, and stopping distances. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Waves, for the exam
5 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P6 Waves in bitesize topics — transverse and longitudinal waves, the wave-speed equation, the electromagnetic spectrum, and the uses and dangers of EM waves. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Magnetism and Electromagnetism, for the exam
4 bitesize topics · Foundation and Higher
The whole of AQA Combined Science P7 Magnetism and Electromagnetism in bitesize topics — permanent and induced magnets, the magnetic field of a current, the motor effect, and the electric motor. With worked examples, required practicals, Higher-tier content clearly flagged, hinge questions and hide-and-reveal quizzes. Foundation and Higher.
Separate web apps that pair with the tools — they open in a new tab.
Retrieval App
daily quizzes · spaced just right
Short daily quizzes covering everything you've studied. Questions return at the right intervals so the things you nearly forgot get strengthened — and the things you know well don't waste your time.
Science Kit
a shared base of lessons · access, edit, copy
A growing library of science lessons that any teacher can browse, copy into their own bank, or adapt for their class. The aim is a shared starting point — open, fork, edit — rather than building every lesson from scratch.