GCSE Physics Tuition — Enrol Now

Paper 1: Energy, Electricity, Particle Model, Atomic Structure

1) Energy (Stores, Transfers, and Efficiency)

What you’ll learn: energy stores, transfers, work done, power, efficiency, energy resources, heating and insulation.
How we help:

• Make energy transfers easy with clear diagrams and “store → pathway” language

• Calculation confidence: work, power, efficiency, energy changes

• Exam technique for evaluation questions (comparing energy resources)

2) Electricity

What you’ll learn: charge, current, voltage, resistance, series/parallel circuits, IV graphs, power in circuits, mains electricity.
How we help:

• Circuit rules made simple (so you stop mixing up series vs parallel)

• Step-by-step method for calculations (V=IR, power, energy)

• Practical mastery: required practicals + how to evaluate method and errors

3) Particle Model of Matter

What you’ll learn: density, changes of state, internal energy, specific heat capacity, specific latent heat, gas pressure/volume.
How we help:

• Turn wordy questions into clear steps and correct units

• Heating/cooling graph interpretation without guessing

• Required practical-style calculation practice and evaluation skills

4) Atomic Structure

What you’ll learn: radiation types, half-life, decay, nuclear equations, uses/risks, contamination vs irradiation.
How we help:

• Quick recall for alpha/beta/gamma (properties, penetration, ionising power)

• Half-life questions made routine with step-by-step methods

• Strong evaluation answers: medical uses, safety, risk vs benefit

Paper 2: Forces, Waves, Magnetism, Space Physics (if included)

5) Forces

What you’ll learn: resultant forces, motion, acceleration, Newton’s laws, momentum, braking distance, pressure, moments.
How we help:

• Equation confidence (speed, acceleration, force, momentum, pressure)

• Graph skills: distance–time and velocity–time (gradients + areas)

• 6-mark explanations that use correct physics vocabulary

6) Waves

What you’ll learn: wave properties, reflection/refraction, sound, EM spectrum, lenses (if included), radiation uses and risks.
How we help:

• Wave equation mastery + unit accuracy

• Diagram questions: ray diagrams, wave behaviour, describing experiments

• EM spectrum recall + application to exam scenarios

7) Magnetism & Electromagnetism

What you’ll learn: magnets and fields, electromagnets, motor effect, generators, transformers (if included).
How we help:

• Field diagrams and direction rules made simple

• Practical-style questions: variables, results, conclusions

• How to explain motors/generators clearly (energy transfers + forces)

8) Space Physics (If Your Exam Board Includes It)

What you’ll learn: solar system, orbits, life cycle of stars, red shift, evidence for the Big Bang.
How we help:

• Make abstract ideas visual and memorable

• Teach top-band explanation structure for long questions

• Common misconceptions fixed (orbits, seasons, red shift meaning)

Practical Skills & Exam Technique (Runs Through Every Topic)

What you’ll learn: required practicals, variables, graphing, uncertainties, evaluating methods, and writing 6-mark answers.
How we help:

• “Method + variables + improvement” templates for any practical question

• Graph accuracy (best-fit lines, gradients, anomalies)

• Timed practice to improve speed and reduce mistakes

Our Results in Numbers

• +2 grades average improvement after 10–12 weeks of consistent tuition

• 92% of students improve equation and calculation scores within one half-term

• 200+ exam questions practised per term with feedback (including 6-markers)