A Level Physics
Online Classes
Structured online Physics for ages 16–19 — covering mechanics, electricity, waves, particles, radiation, fields, quantum physics, practical skills, mathematical methods and exam technique for A Level and International A Level routes.
About ON22 Academy A Level Physics
ON22 Academy is a virtual academy and online education provider offering A Level Physics online classes for students aged 16–19. Our Physics support helps students develop confidence in mechanics, electricity, waves, materials, particles, radiation, fields, quantum physics, practical skills, mathematical methods, data analysis and exam technique. Lessons may support routes linked to Pearson Edexcel, AQA, OCR, Cambridge International or other recognised specifications where suitable.
ON22 is not a registered school, sixth form or exam centre. Parents and students register directly with approved centres where external exam entry is required.
Structured A Level Physics Support
A Level Physics is one of the most demanding and rewarding Post-16 subjects. It combines scientific understanding, mathematical reasoning, practical method, abstract models, graph interpretation and precise written explanation — covering forces, motion, energy, electricity, waves, particles, radiation, fields and practical investigation at greater depth than GCSE or IGCSE.
Some students choose A Level Physics because they enjoyed GCSE Physics. Others need it for Engineering, Physics, Computer Science, Architecture, Aerospace, Mathematics or Data Science. Either way, A Level Physics should not be underestimated. It requires strong mathematical confidence, regular practice and the ability to apply ideas to unfamiliar situations.
ON22 Academy’s A Level Physics online classes are designed to help students build clearer understanding, improve calculation confidence and prepare more effectively for external assessments.
The aim is not only to remember equations. The aim is to help students understand what those equations mean and how to apply them.
Who A Level Physics Support Is For
A Level Physics support may be suitable for students who:
Ages 16–19
Support aligned to the student's A Level or International A Level route, specification and current Physics confidence.
Mechanics & Motion
Students who find forces, equations of motion, Newton's laws, momentum or projectile problems difficult to set up and solve.
Electricity & Circuits
Students who confuse current, voltage and resistance or struggle with potential dividers, internal resistance or capacitors.
Waves, Particles & Fields
Students who need help with wave behaviour, quantum ideas, particle interactions or the abstract mathematics of gravitational and electric fields.
Mathematical Confidence
Students who understand the Physics conceptually but lose marks because equation handling, unit conversions or graph interpretation are weak.
Practical Skills & Data
Students who need support with uncertainty, graph work, evaluation, experimental design and data analysis for practical components.
Exam Technique
Students who know content but lose marks through poor working, missing units, vague explanations or struggling with unfamiliar application questions.
Home Educators
Structured A Level Physics preparation with practical knowledge guidance and private candidate support.
International Students
International A Level Physics support aligned to British Curriculum routes across recognised boards.
Some students need a full A Level Physics pathway. Others need targeted support with one topic, paper style, practical skill or calculation method. A consultation helps identify whether the student needs topic teaching, foundation repair, calculation support, graph skills, practical knowledge or higher-grade challenge.
A Level Physics and Exam Boards
Students may be preparing through routes linked to:
- Pearson Edexcel
- AQA
- OCR
- Cambridge International
- Other recognised specifications
ON22 can support exam-board-aware preparation where the route is known. ON22 is not an exam centre and does not register students for examinations.
Families should confirm the exam board, practical requirements, optional topics, paper structure and private candidate availability early — practical endorsement requirements can affect centre options.
The Step from GCSE to A Level Physics
A Level Physics is not simply harder GCSE Physics. The subject changes fundamentally in mathematical depth, abstraction and independence:
📐 More mathematics and modelling
More algebra, more rearranging, more vectors, more graphs, more multi-step calculations, more standard form and more abstract models from the very start. A student who achieved a strong GCSE grade may still need time to adjust.
🔗 Concept, calculation and application together
At A Level, students often lose marks because they know the idea but cannot apply it in the form required. Others understand Physics in words but struggle when the question becomes mathematical. Concept, calculation and precise explanation must all develop together.
🔍 Precision over general knowledge
A Level Physics mark schemes reward exact scientific vocabulary, correct units, clear working and accurate interpretation — not approximations or vague descriptions. An equation is a relationship: students need to know what the quantities mean, when it applies and how to interpret the result.
What Students May Study
Topics depend on the student’s specification, exam board and current level.
🚀 Mechanics, Forces & Motion
Scalars and vectors, displacement, velocity and acceleration, equations of motion, motion graphs, forces, Newton’s laws, free-body diagrams, weight, drag, terminal velocity, momentum, impulse, work, energy, power, moments, equilibrium and projectiles where relevant. Mechanics is often where students first realise A Level Physics is more mathematical than GCSE — setting out clear diagrams and organised working is essential from day one.
🧱 Materials
Density, Hooke’s law, stress, strain, Young modulus, elastic and plastic deformation, force-extension graphs, energy stored in a stretched material, springs and material behaviour. Materials topics combine practical work, graph interpretation and calculation. Students must understand the difference between everyday descriptions and precise scientific definitions — stress and strain have specific meanings that must be used accurately.
⚡ Electricity
Charge, current, potential difference, resistance, resistivity, electrical power, energy transfer, series and parallel circuits, Kirchhoff’s laws where relevant, potential dividers, internal resistance, EMF, I-V characteristics, sensors and capacitors where relevant. Electricity can feel difficult because students cannot see what is happening inside the circuit. Common confusions between current, voltage, resistance and energy must be addressed directly.
🌊 Waves, Superposition & Interference
Transverse and longitudinal waves, wavelength, frequency, period, amplitude, wave speed, phase difference, reflection, refraction, diffraction, polarisation, intensity and electromagnetic waves. Superposition: principle of superposition, interference, coherence, path difference, stationary waves, diffraction gratings, Young’s double-slit experiment and fringe spacing. Waves require both visual and mathematical thinking — wave diagrams, experimental evidence and abstract ideas must all connect.
⚛️ Quantum Physics & Particles
Photons, photoelectric effect, work function, threshold frequency, energy levels, electron transitions, line spectra, wave-particle duality and de Broglie wavelength where relevant. Fundamental particles, hadrons and leptons, quarks, antiparticles, particle interactions, conservation laws, Feynman diagrams where relevant, radioactive decay, alpha, beta and gamma radiation, half-life, nuclear equations and mass-energy equivalence where relevant. Quantum physics challenges everyday intuition — good support connects equations, evidence and physical explanation together.
🌌 Fields
Gravitational fields, field strength, gravitational potential where relevant; electric fields, electric potential where relevant; magnetic fields, force on a current-carrying conductor, force on a moving charge, flux density, electromagnetic induction where relevant, transformers, field diagrams and similarities between field types. Fields can be one of the hardest areas because the ideas are abstract and mathematically demanding — comparing gravitational, electric and magnetic fields together builds deeper understanding than treating each as isolated topics.
🔄 Circular Motion, SHM & Thermal Physics
Angular velocity, centripetal force and acceleration, circular motion equations, simple harmonic motion, displacement, velocity and acceleration in SHM, springs and pendulums, energy in SHM, damping and resonance where relevant. Thermal physics: temperature, internal energy, specific heat capacity, specific latent heat, ideal gas behaviour, pressure-volume-temperature, gas laws, kinetic theory and molecular motion. These topics combine motion, forces, graphs, equations and energy ideas — careful attention to sign, phase and physical meaning is essential.
☢️ Nuclear Physics, Astrophysics & Optional Topics
Nuclear structure, isotopes, radioactive decay, half-life, activity, decay constant where relevant, nuclear fission and fusion, binding energy, mass defect, energy release and nuclear power. Optional topics may include astrophysics — stars, stellar evolution, cosmology, spectra, redshift; medical physics, engineering physics or turning points in physics. Optional content depends on exam board — families should confirm the specification and paper structure early with the relevant exam board or centre.
Exam Technique in A Level Physics
Exam technique can make a significant difference at A Level. Physics exams often test application rather than simple recall — a student may know the equation but lose marks because they choose the wrong quantity, miss a unit conversion or fail to explain the result in context. Exam preparation should help students turn knowledge into clear, accurate answers.
Exam technique areas students should practise:
- Reading questions carefully and identifying command words
- Selecting the correct equation before substituting values
- Showing all calculation steps clearly with correct units
- Giving answers to appropriate significant figures
- Drawing clear, labelled diagrams before writing equations in Mechanics
- Explaining physical meaning — not just calculating an answer
- Interpreting graphs and data and linking them to physical principles
- Applying knowledge to unfamiliar contexts and scenarios
- Understanding how mark schemes reward method and explanation
- Managing time across papers — not spending too long on one question
- Reviewing mistakes honestly after every practice session
How A Level Physics Lessons Work Online
Online A Level Physics works best when students are active — showing working, drawing diagrams, explaining ideas, interpreting data and revising consistently between sessions:
- Diagnostic discussion — Teachers identify the student’s current confidence, specification and main topic gaps across mechanics, electricity, waves, fields and optional topics.
- Structured topic teaching — Physics topics are explained clearly using models, diagrams and worked examples — not only formula demonstration.
- Calculation support — Students practise equation selection, rearranging, units, standard form, graph work and multi-step calculations step by step.
- Mathematical method support — Lessons may help students strengthen rearranging, vectors, trigonometry, radians and data handling where needed.
- Practical skills support — Lessons may include method analysis, uncertainty, percentage uncertainty, evaluation and data interpretation.
- Exam-style questions — Students practise questions linked to A Level or International A Level formats where the route is known.
- Written response feedback — Students receive feedback on explanations, calculations, diagrams and practical answers.
- Revision planning — Students are guided towards regular retrieval practice and topic review across the full specification.
- Parent or student feedback — Progress, effort and areas needing attention are communicated clearly and regularly.
- Exam centre awareness — Families reminded to confirm exam board, practical requirements and private candidate arrangements directly with approved centres.
Our Experience Supporting A Level Physics Families
In our experience, A Level Physics students often struggle for one of three reasons. First, they may understand the idea but not the Mathematics. Second, they may manage calculations but not explain the Physics clearly. Third, they may revise by reading notes rather than practising problems.
Physics confidence can fall quickly when students meet unfamiliar questions. They may feel they know the content, but the exam asks them to apply it in a new context. This is normal at A Level, but it can be frustrating without the right support.
The strongest progress usually happens when students practise regularly, correct mistakes properly and build confidence in both concept and calculation.
🛡 Supporting students aiming to stay secure
Some students first need to stabilise their understanding — rebuilding confidence in core mechanics, electricity, waves, equations, units and practical skills topic by topic. A secure route should be ambitious, but it must be structured and realistic.
🎯 Supporting students aiming for higher grades
Higher-grade students need accuracy, flexibility and the ability to apply principles to unfamiliar situations. Support may focus on multi-step calculations, fields, circular motion, SHM, quantum physics, practical evaluation, uncertainty analysis and precise written explanations.
An equation is a relationship. Students need to know what the quantities mean, when the relationship applies and how to interpret the result — not only how to substitute numbers and calculate an answer.
Private Candidate Guidance
Some A Level Physics students prepare as private candidates. A Level Physics can be more complicated for private candidates because practical endorsement or practical assessment requirements may affect centre availability. Students and parents should check:
- Which approved centres accept private candidates for Physics
- Which exam board the centre offers
- Whether the route is A Level or International A Level
- Which papers are required
- Whether practical endorsement or practical assessment requirements apply
- Whether the centre can support Physics practical requirements
- Entry deadlines, late fees, identification requirements and exam dates
- Access arrangements where relevant
ON22 Academy provides academic preparation and guidance. Parents, guardians or students register directly with approved centres, exam boards, British Council centres, schools or authorised providers where available.
Supporting Home-Educated Students
A Level Physics can be suitable for home-educated students, but it requires careful planning and strong independent study habits. ON22 Academy can support home-educating families with structured A Level Physics teaching, topic support, revision planning, exam preparation and private candidate guidance.
Home-educating parents may need to consider:
- Which A Level or International A Level route is available
- Which exam board is suitable for the student’s future plans
- Which approved centres accept private candidates for Physics
- Whether practical endorsement or practical assessment requirements apply
- Whether the student has secure GCSE or IGCSE Physics and Maths foundations
- Whether Mathematics is being studied alongside Physics
- Whether predicted grade evidence may be needed for UCAS applications
- How progress is being assessed across all topic areas
- Whether Physics links to university or career plans
Parents and guardians remain responsible for checking official home education, safeguarding, legal, examination and university application requirements.
Confirm A Level or Intl A Level route → find approved centre → check exam board → check practical endorsement requirements → check optional topic availability → confirm Maths requirement for chosen university route → note entry deadlines → begin regular calculation and diagram practice early
Supporting International Students
International families may choose A Level Physics online classes because they want British Curriculum Post-16 preparation while living outside the UK. This may support students who:
- Are preparing for A Level or International A Level Physics
- Need English-medium Physics teaching
- Are moving between countries
- May apply to UK universities
- Need flexible online learning across time zones
- Are studying locally but need additional British Curriculum support
- Need help understanding exam boards and approved centres
British Council centres, international schools, Pearson Edexcel centres, Cambridge International centres or other authorised providers may be available in some regions — but availability varies by country and subject. Families should check whether the chosen Physics route and optional topics are available at the relevant centre, and whether the route supports future university requirements.
A Level Physics and University Pathways
A Level Physics can support many university and career pathways. Some courses require it. Others strongly prefer it. Many Engineering and Physics routes also require A Level Mathematics. Students should check UCAS and university requirements directly.
Engineering
Physics
Aerospace
Computer Science
Architecture
Data Science
Materials Science
Natural Sciences
Studying Physics alongside other subjects?
📐 A Level Mathematics
Mathematics and Physics complement each other closely — many of the same skills in mechanics, vectors, calculus and graph work appear in both subjects. Many Engineering and Physics degree routes require both.
Explore A Level Mathematics Online Classes➕ A Level Further Mathematics
For highly confident students considering Physics, Engineering, Computer Science or Mathematics at competitive universities. Further Maths extends mechanics, calculus and problem solving significantly.
Explore A Level Further Mathematics Online Classes⚗️ A Level Chemistry
Physics and Chemistry pair well for Natural Sciences, Materials Science, Biomedical Engineering or Chemical Engineering routes requiring both a physical and chemical science at A Level.
Explore A Level Chemistry Online ClassesThis Support May Suit Your Child If…
- Is aged 16–19
- Is studying A Level or International A Level Physics
- Needs help with mechanics, electricity, waves or fields
- Struggles with equations, graphs, units or standard form
- Needs support with quantum physics, particles or nuclear physics
- Needs support with practical skills or data interpretation
- Needs stronger written scientific explanations
- Needs better exam technique
- Is home educated and preparing as a private candidate
- Is learning internationally and needs British Curriculum Physics support
- Is considering Engineering, Physics, Aerospace, Computer Science, Architecture or technical university routes
- Can attend online lessons consistently
- Will complete independent practice between lessons
This Support May Not Be Right If…
- The student does not yet have secure GCSE or IGCSE Physics foundations
- The student has very weak Maths foundations and needs Maths consolidation first
- The student is unwilling to complete independent practice between lessons
- Exam deadlines are too close for meaningful preparation
- The family has not checked exam centre or practical requirement availability
- Attendance is likely to be irregular
- The student wants answers only, not structured understanding
- There is no quiet study space available
- Parents expect ON22 to register the student for exams directly
- The student needs full university admissions counselling rather than academic subject support
This does not mean the student cannot be helped — it means the pathway, timeline or expectations may need to be reviewed first.
What Parents and Students Can Do Between Lessons
A Level Physics progress depends heavily on independent practice. Reading notes or watching explanations alone is not enough — students need to calculate, draw diagrams, apply ideas, interpret data and correct mistakes regularly.
- Complete calculation practice regularly — not only before assessments
- Keep an equation and units reference list and practise rearranging
- Draw free-body diagrams before setting up mechanics equations
- Practise graph questions — gradients, intercepts, areas and trends
- Keep an error log and revisit mistakes — not just re-read solutions
- Revise practical methods, uncertainty and experimental evaluation
- Practise data and uncertainty questions regularly
- Protect dedicated weekly study time for Physics
- Confirm exam board, centre and practical requirements early
- Check whether A Level Mathematics is needed for the university route
- Check university subject requirements where Physics is relevant
Start with an A Level Physics Consultation
A consultation helps us understand the student’s current level, exam route and future plans before recommending support. We will discuss age, current situation, A Level or International A Level route, exam board, predicted grade where available, confidence with mechanics, electricity and waves, confidence with fields, particles and optional topics, mathematical confidence, practical skills, data analysis, written explanation skills, exam technique, independent study habits, private candidate needs, exam centre and practical requirement planning, and university or UCAS goals where relevant.
Topics we usually cover: age & situation · A Level or Intl A Level route · exam board · mechanics confidence · electricity & waves · fields, particles & optional topics · mathematical confidence · practical skills & data · written explanations · exam technique · independent study habits · private candidate planning · A Level Maths link · university & UCAS goals · whether online learning is suitable
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