Practise Physics with written responses
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G2 Science (Physics)
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G2 Science Structured Practice — Measurement, Force and Pressure
Marked practice for Science measurement and pressure: unit and area conversions, reading scales, choosing instruments, density and contact pressure.
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G2 Science Structured Practice — Mixed D.C. Circuits
Calculate source current and component p.d. in mixed resistor networks, correct inconsistent measurements, and account for branch currents.
G3 Science (Physics)
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G3 Science Structured Practice — Measurement, Force and Pressure
Marked practice for Science measurement and pressure: unit and area conversions, reading scales, choosing instruments, density and contact pressure.
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G3 Science Structured Practice — Mixed D.C. Circuits
Calculate source current and component p.d. in mixed resistor networks, correct inconsistent measurements, and account for branch currents.
G3 Pure Physics / O‑Level Physics
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Paper 2 Structured Practice — Measurement
Structured and data-based Paper 2 practice for measurement: SI units, prefixes, instruments, and errors.
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Paper 2 Structured Practice — Thermal Physics
Structured and data-based Paper 2 practice for thermal physics: kinetic model, heat transfer (conduction/convection/radiation), thermal equilibrium, specific heat capacity, and latent heat.
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Paper 2 Structured Practice — Waves
Structured and data-based Paper 2 practice for waves: wave properties, sound, electromagnetic spectrum, reflection, refraction, total internal reflection, and lenses.
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Paper 2 Structured Practice — Forces
Structured and data-based Paper 2 practice for forces: free body diagrams, Newton’s laws, friction, moments, and stability.
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Paper 2 Structured Practice — Kinematics
Structured and data-based Paper 2 practice for kinematics: graphs, acceleration, distance, and motion analysis.
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Paper 2 Structured Practice — Pressure
Structured and data-based Paper 2 practice for pressure: pressure in solids, density, hydrostatic pressure, hydraulics, barometers and manometers.
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Paper 2 Structured Practice — Work, Energy & Power
Structured and data-based Paper 2 practice for work, energy and power: work done, KE/GPE, conservation of energy, power, efficiency, and energy resources.
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Paper 2 Structured Practice — Static Electricity
Structured and data-based Paper 2 practice for static electricity: charges, field patterns, charging by rubbing/induction, and electrostatic hazards and applications.
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Paper 2 Structured Practice — Current Electricity
Structured and data-based Paper 2 practice for current electricity: current, charge, e.m.f., potential difference, resistance, and I–V characteristic graphs.
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Paper 2 Structured Practice — D.C. Circuits
Structured and data-based Paper 2 practice for d.c. circuits: series/parallel rules, effective resistance, and potential dividers (including sensor circuits).
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Paper 2 Structured Practice — Practical Electricity
Structured and data-based Paper 2 practice for practical electricity: power and energy, electricity bills (kWh), and household electrical safety and wiring.
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Paper 2 Structured Practice — Magnetism & Electromagnetism
Structured and data-based Paper 2 practice for magnetism: fields, electromagnets, the motor effect, electromagnetic induction, generators, and transformers.
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Paper 2 Structured Practice — Radioactivity
Structured and data-based Paper 2 practice for radioactivity: nuclide notation, alpha/beta/gamma, half-life, background correction, and applications and hazards.
H2 Physics
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A Level Structured Practice — Circular Motion
Practise radial forces, angular speed and circular motion with written answers and complete marking guidance.
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A Level Structured Practice — Forces & Dynamics
Practise force balance, momentum, impulse and moments with written answers and complete marking guidance.
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A Level Structured Practice — Measurement
Practise units and dimensions, uncertainty, graph interpretation and vectors with written answers and complete marking guidance.
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A Level Structured Practice — Oscillations
Practise oscillation models, data analysis, phase relationships and resonance with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Practical Q&A
Practise experimental planning, uncertainty workflows, linearised graphs and evaluation chains with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Work, Energy & Power
Practise work, energy transfers, fields and efficiency with written answers and complete marking guidance.
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A Level Structured Practice — Kinematics
Practise motion graphs, projectiles and terminal speed with written answers and complete marking guidance.
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A Level Structured Practice — Electric Fields
Practise electric force, field and potential relationships, uniform-field motion and capacitor energy with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Thermal Physics
Practise ideal-gas state changes, kinetic-theory speeds, first-law energy accounting and specific heat and latent heat calculations with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Gravitation
Practise gravitational fields, energy and orbits with written answers and complete marking guidance.
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A Level Structured Practice — Waves & Superposition
Practise wave and superposition calculations and explanations with written answers and human-reviewed marking guidance.
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A Level Structured Practice — D.C. Circuits
Practise d.c. circuit analysis, loaded dividers, cell data, RC time constants and capacitor networks with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Current Electricity
Practise current, charge, energy per unit charge, r.m.s. quantities and half-wave rectification with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Electromagnetic Induction
Practise induced e.m.f. calculations, direction reasoning, ideal-transformer ratios and electromagnetic damping with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Quantum Physics
Practise photon energy and momentum, matter-wave calculations, probability density and quantised energy reasoning with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Electromagnetism
Practise F = BIL and F = BQv reasoning, circular motion in magnetic fields, crossed fields and parallel-wire forces with written answers and human-reviewed marking guidance.
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A Level Structured Practice — Nuclear Physics
Practise mass–energy calculations, half-life and decay-constant analysis and nuclear evidence reasoning with written answers and human-reviewed marking guidance.
A-Level Laser Physics extension
A-Level Semiconductor Physics extension
University Physics (Year 1)
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University Structured Practice — Waves and Optics
Explain wave behaviour and work through standing-wave, refraction, lens, grating and polarisation calculations with complete human-review guidance.
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University Structured Practice — Introductory Quantum Physics
Explain quantum observations and work through photon, matter-wave, uncertainty and bound-state calculations with complete human-review guidance.