Sample · Amelia Reed
London · United Kingdom
SCIENCE · PERSONALIZED TUITION
Online Physics tutors & a complete Physics learning guide
Understand motion, energy, matter and the physical principles that explain the world around us. Learn online or explore in-person options with tutors who match your goals.
1:1 guidanceOnline or localSchool to adult learning
⚛PhysicsLearn at your pace
What is Physics?
Physics uses observation, mathematical models and experiments to explain matter and energy. Students connect concepts with evidence: describing motion, analysing forces, understanding circuits or exploring waves. Tuition can help learners join these ideas to the mathematics and practical skills their course requires.
Lessons can take place online or in person, depending on tutor availability and the learner’s location. One-to-one tuition makes room for questions, focused practice, homework guidance and a plan that reflects the student’s course. The exact syllabus should always be checked against the relevant school, examination board or institution.
Physics learning roadmap
A tutor can adjust the sequence to your current understanding, course and learning goals.
- 01
Measurement, units and uncertainty
- 02
Motion, forces and Newton’s laws
- 03
Energy, momentum and power
- 04
Waves, sound and light
- 05
Electricity and magnetism
- 06
Thermal physics and materials
- 07
Atomic, nuclear and particle physics
- 08
Fields and advanced mechanics
Key Physics topics and skills
These topic groups outline common learning areas. The depth and order vary by level, curriculum and course.
BeginnerMeasurement and modelling
Use units, significant figures, graphs and uncertainty to describe observations reliably.
Key areas
SI units; prefixes; vectors and scalars; graph gradients; uncertainty; estimates
Skills you can develop
Careful measurement and model interpretation
Useful foundations
Basic arithmetic and graphs
Where it can be applied
Laboratory work and scientific reporting
Beginner to advancedMechanics
Explain motion and interactions using kinematics, forces, momentum and energy.
Key areas
Displacement; velocity; acceleration; Newton’s laws; work; power; momentum; circular motion
Skills you can develop
Model-based problem solving
Useful foundations
Algebra and graphs
Where it can be applied
Transport, sport and engineering
DevelopingWaves and optics
Describe how waves transfer energy and how light and sound behave in different situations.
Key areas
Frequency; wavelength; reflection; refraction; diffraction; interference; lenses; sound
Skills you can develop
Pattern recognition and experimental interpretation
Useful foundations
Ratios, graphs and basic wave vocabulary
Where it can be applied
Imaging, communications and acoustics
Developing to advancedElectricity and magnetism
Analyse current, potential difference, resistance and magnetic effects in circuits and fields.
Key areas
Circuit rules; resistance; power; electromagnetism; induction; electric fields
Skills you can develop
Quantitative reasoning and circuit analysis
Useful foundations
Algebra and energy concepts
Where it can be applied
Electronics and power systems
Secondary to universityThermal and modern physics
Relate microscopic models to temperature and energy, and study atomic, nuclear and quantum ideas at the appropriate level.
Key areas
Heat transfer; gas behaviour; radioactivity; nuclear energy; photons; particle models
Skills you can develop
Connecting evidence with explanatory models
Useful foundations
Energy and proportional reasoning
Where it can be applied
Materials science and medical imaging
LEARNING LEVELS
Tuition for different stages
- Middle school: forces, energy, electricity and basic models
- Secondary and high school: mechanics, waves, fields and practical skills
- GCSE, IGCSE and O Level: syllabus-specific concepts and required practical work
- A Level and IB: deeper mathematical modelling, fields, waves and modern physics
- University: mechanics, electromagnetism, thermodynamics and course-specific theory
CURRICULUM AND EXAMS
Course-aware support
- GCSE, IGCSE and O Level Physics subject to the student’s current specification
- A Level and IB Physics with the student’s syllabus and practical requirements checked
- AP Physics course support where the selected course matches the tutor’s expertise
- University modules based on the institution’s material; coverage is not official board advice
Exact content depends on the student’s board, qualification and tutor. TeacherOn does not claim official affiliation with exam boards and no result is guaranteed.
SKILLS YOU CAN BUILD
Learning outcomes
- Translate a physical situation into a diagram or model
- Use units and equations consistently
- Interpret graphs and describe experimental uncertainty
- Explain a result using evidence and physical principles
- Build confidence with multi-step physics questions
COMMON STICKING POINTS
Challenges a tutor can help address
- A formula can be used without understanding the model; draw the situation and define quantities first.
- Weak algebra can obscure physics reasoning; identify the mathematical step that causes difficulty.
- Practical questions require attention to variables and uncertainty; practise explaining how measurements support a conclusion.
Physics study tips
- Write units beside every measured value and check the final unit.
- Sketch forces, rays or circuits before substituting numbers.
- Keep a formula sheet that includes what each symbol means.
- Practise rearranging equations without losing track of powers of ten.
- Review required practicals and your board’s wording for variables and uncertainty.
Further learning and career pathways
- Further study in physics, engineering, astronomy, computing and materials science
- Physics knowledge is applied in research, energy, healthcare technology and many technical fields; specific roles may require further qualifications.
How to choose a Physics tutor
Compare tutors by their subject knowledge, experience with your learning level, curriculum familiarity, communication style, schedule, lesson format and fees. Ask how they would approach your goals and what a first lesson might cover. Review real profile details and decide whether the tutor is a good fit; no profile or outcome is guaranteed by this guide.
Browse tutor profiles ↗Physics tutors
Browse registered tutors who list Physics. Profile information, location and rates are shown only when available from their account.
Explore profile ↗
Sample · Luca Moretti
Milan · Italy
Physics tuition FAQs
What mathematics do I need for physics?
Requirements depend on level, but algebra, ratios, graphs and unit conversions are commonly useful. Advanced courses may require calculus.
Can online physics lessons include practical support?
A tutor can discuss practical methods, data and analysis online. Hands-on experiments must follow appropriate local safety guidance.
How can I get better at physics problems?
Draw a diagram, list known quantities with units, choose a model and check whether the result is reasonable.
Does a physics tutor teach my exam board?
Ask about your exact qualification and specification before booking; course content and required practicals can differ.
What is the difference between speed and velocity?
Speed describes how fast an object moves; velocity also includes direction. Tutors can help connect these definitions to graphs and calculations.
How do I revise physics equations?
Learn what each quantity means, practise rearranging and apply equations to mixed contexts rather than memorising in isolation.
Can a tutor help with university physics?
Some tutors support university modules. Share the module outline and topics so both sides can confirm a suitable match.
What should I bring to a physics lesson?
Bring your syllabus, recent questions, allowed formula sheet and notes on the steps that felt unclear.
Related subjects
Ready to start learning Physics?
Share your goals and find a tutor whose experience and teaching approach suit your needs.