Expert GCSE Physics Tutors

Energy stores and transfers, work done, power, efficiency, specific heat capacity and the national and renewable energy resources. Higher tier adds specific latent heat and more demanding efficiency calculations.

The physics here is approachable, but the marks sit in describing transfers precisely rather than loosely, and in choosing the right equation from the sheet. Our tutors drill both, because vague answers about energy being "lost" are one of the most common ways students give marks away.

Current, potential difference and resistance, series and parallel circuits, IV characteristics, static electricity, mains electricity, power and the National Grid.

Circuits are consistently ranked by students as the hardest part of GCSE Physics, because a question can change entirely depending on where a component sits. Our tutors teach a repeatable method for working through any circuit rather than memorising particular arrangements, which is what makes unfamiliar questions manageable.

Density, changes of state, internal energy, specific heat capacity and latent heat, and the behaviour of gases under pressure, with the separate course going further into pressure and volume relationships.

This topic connects directly to Chemistry, which helps students who are secure there and exposes gaps in those who are not. Our tutors make the link explicit, and give plenty of practice at the calculation questions, which carry more marks than students expect.

The development of the atomic model, isotopes, alpha, beta and gamma radiation, half-life, contamination and irradiation, and nuclear fission and fusion on the separate course.

Much of this is recall, which makes it one of the more efficient places to pick up marks. The exception is half-life, where students need to work confidently with decay both graphically and numerically. Our tutors separate the two demands so neither gets neglected.

The largest topic on the course: scalars and vectors, resultant forces, Newton's laws, distance-time and velocity-time graphs, momentum, stopping distances, terminal velocity and pressure in fluids at Higher tier.

Because it is so broad, students often know parts of it well and other parts not at all, which shows up as inconsistent paper scores. Our tutors map exactly which sections are secure before building a plan, rather than revising the whole topic again from the start.

Transverse and longitudinal waves, the wave equation, reflection and refraction, the electromagnetic spectrum and its uses and dangers, with lenses, black body radiation and sound added on the separate course.

Ray diagrams are where marks are most often lost, because a diagram that is roughly right earns nothing. Our tutors teach students to construct them accurately with a ruler and to label them in the way examiners expect.

Magnetic fields, electromagnets, the motor effect and Fleming's left-hand rule, with the generator effect, loudspeakers and transformers added on the separate course.

This topic is usually taught late in Year 11 and is therefore the one most often under-revised. It is also highly learnable, so it is frequently the quickest win we find when a student comes to us close to their exams.

The life cycle of stars, the structure of the solar system, orbital motion, red shift and the evidence for the Big Bang. This content sits on the separate Physics course only, and not on every board, so the first thing we check is whether your child needs it at all.

It is largely descriptive and rewards clear, ordered explanation, particularly the stages of a star's life cycle. Our tutors make sure students can sequence and justify each stage rather than list the terms.

A defined set of required practicals runs through the course, and questions about them appear in both papers. Students are asked about method, apparatus, variables, safety and sources of error, sometimes for a practical they carried out a year earlier.

Our tutors revisit each one so the detail is secure, including the ones a school may have demonstrated rather than run. These are reliable marks and a common gap, which makes them an efficient place to spend revision time.

Physics carries more maths than any other GCSE science: rearranging equations, standard form, significant figures, unit conversion, and reading gradients and areas from graphs. A number of equations must also be recalled from memory rather than taken from the sheet.

Students who understand the physics regularly lose marks in the arithmetic or the rearranging, and those marks are among the quickest to recover. Our tutors separate the two skills so it is clear which one is actually costing the grade.

The six-mark questions carry a large share of the paper and reward a structured, linked explanation rather than a list of facts. Calculation questions reward setting out working clearly, so that method marks survive an arithmetic slip.

Our tutors teach students to read command words precisely, plan a response before writing, and work through full papers under timed conditions with feedback against the real mark schemes.

At the top of the mark scheme, examiners look for precise terminology, fully linked chains of reasoning, and the confidence to apply familiar physics to a context a student has never seen before.

For students targeting the highest grades, or heading towards A Level Physics and engineering courses, we match them with tutors who work at this level regularly and can stretch them beyond what a classroom has time to cover.