Acids, Bases, pH & Neutralisation Investigation
A guided Year 9 investigation where students read the pH scale, use indicators, connect acids and bases to H⁺ and OH⁻ particles, and model neutralisation as salt and…
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Explore Chemical Reactions through 20 licensed Chemistry simulations, guided investigations and challenges for classroom teaching.
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A guided Year 9 investigation where students read the pH scale, use indicators, connect acids and bases to H⁺ and OH⁻ particles, and model neutralisation as salt and…
A randomised Year 9 challenge where students use particle models and equations to identify reactants and products, compare atom counts, and justify why atoms are…
Explore chemical reactions by comparing reactants and products, tracking atom counts, and seeing that atoms are rearranged rather than created or destroyed.
A guided Year 9 investigation where students identify reactants and products, count atoms before and after a reaction, and explain conservation of atoms using simple…
A real-world chemistry capstone where students diagnose a contaminated water sample, choose a treatment reaction, optimise reaction rate and submit a scientific…
A randomised challenge where students identify decomposition reactions, choose products, interpret evidence, recognise non-decomposition examples and apply atom…
Explore decomposition reactions as the pattern where one reactant breaks into two or more products, connecting word equations, particle models, energy input and…
A guided Year 10 investigation where students recognise the decomposition pattern, write word equations, connect energy input to bond breaking, use evidence and check…
A randomised challenge where students use the reactivity series to predict displacement products, recognise no-reaction cases, interpret evidence and apply conservation…
Explore displacement reactions using the pattern A + BC → AC + B, before-and-after particle models, reactivity decisions, no-reaction cases and atom conservation.
A guided investigation where students spot the displacement pattern, compare reactivity, predict products, model the particle swap and check conservation of atoms.
A randomised Year 8 challenge where students classify changes, choose evidence, and correct common misconceptions about physical and chemical change.
Compare familiar physical and chemical changes through examples such as melting, boiling, dissolving, rusting, burning and reactions involving vinegar and bicarbonate.…
A guided Year 8 investigation where students classify changes, identify evidence such as gas, colour change, heat, light and precipitate formation, and explain whether a…
A challenge where students predict faster reaction conditions and justify their answers using collision frequency, successful collisions and activation energy.
Explore how temperature, concentration, surface area and catalysts affect reaction rate using collision frequency, successful collisions and activation-energy models.
A guided investigation where students run controlled comparisons and explain how temperature, concentration, surface area and catalysts affect reaction rate.
A randomised challenge where students identify synthesis reactions, choose products, distinguish synthesis from decomposition and displacement, interpret evidence and…
Explore synthesis reactions using before-and-after particle models, Pearson-style reaction patterns, word equations, balanced equations and atom conservation. Students…
A guided investigation where students recognise the synthesis pattern, identify reactants and products, compare particle models, use evidence and check conservation of…