Your expert IB Physics tutor online — for SL & HL success
Find the best IB Physics tutor online with study guides, formula sheets, past paper strategies, and personalised 1-to-1 coaching — all in one place.
Mechanics
- Motion
- Forces
- Momentum
- Energy
- Circular motion
Thermal physics
- Heat transfer
- Gas laws
- Specific heat capacity
Waves
- Wave properties
- Sound waves
- Standing waves
Electricity & magnetism
- Circuits
- Electric fields
- Magnetic fields
- Induction
Quantum & nuclear
- Radioactivity
- Quantum models
- Nuclear reactions
Neeraj Rao
Neeraj is a specialist IB Physics tutor online with a Master's degree in Physics and over eight years of experience teaching IB Physics at both SL and HL. As a trained IB examiner, he understands exactly what the assessment expects and builds that insight directly into every lesson.
As an IB Physics tutor online, Neeraj has supported students from over 30 countries, helping them navigate everything from the foundations of Mechanics to the mathematical rigour of Quantum and Nuclear Physics. His students consistently report not just improved grades, but a genuine shift in how they think about physics problems.
Every IB Physics tutor online session is tailored to each student's individual gaps, learning style, and exam timeline. Whether you're stuck on one topic or need comprehensive exam preparation, Neeraj designs a plan that works specifically for you.
- MSc Physics — University of Manchester
- Trained IB examiner with marking experience across Paper 1, 2 and 3
- IB Physics tutor online to students across UK, UAE, India, Singapore, US and Australia
- All sessions conducted live via Zoom with shared digital whiteboard
- Flexible scheduling including evenings and weekends
Formula sheet
All key IB Physics formulas for SL and HL in one place.
Revision checklist
Track topic completion across all IB Physics units.
Command terms guide
Understand exactly what every IB Physics exam question asks for.
Study planner
Build a structured IB Physics revision routine that works.
Mechanics
Mechanics forms the foundation of IB Physics and accounts for a significant proportion of exam marks. It covers the description and analysis of motion — from objects moving in straight lines to those travelling in circular paths under centripetal forces.
The key areas students must master include kinematics (equations of motion, displacement-time and velocity-time graphs), Newton's three laws of force, conservation of momentum and energy, and the work-energy theorem.
The most common exam pitfall in Mechanics is failing to draw clear, labelled free-body diagrams before attempting calculations. Your IB Physics tutor online will drill this habit until it is automatic.
- Kinematics: suvat equations, projectile motion, graphical analysis
- Newton's laws: net force, friction, tension, inclined planes
- Work, energy, and power: conservative and non-conservative forces
- Momentum and impulse: elastic and inelastic collisions
- Circular motion: centripetal acceleration, banking, vertical circles
Waves and oscillations
Waves is one of the most concept-rich topics in IB Physics, and a strong understanding here underpins performance in both Electricity and Quantum Physics. The topic covers mechanical and electromagnetic waves, wave behaviour, and the Doppler effect.
Standing waves are a favourite source of exam questions. Building physical intuition rather than memorising diagrams is the key to answering unfamiliar questions confidently.
- Wave properties: amplitude, frequency, wavelength, speed, phase
- Transverse and longitudinal waves; electromagnetic spectrum
- Superposition, interference: constructive and destructive
- Standing waves: nodes, antinodes, harmonics in strings and pipes
- Doppler effect: moving source and moving observer cases
Electricity and magnetism
Electricity and Magnetism is one of the highest-mark topics and frequently challenges students with multi-step circuit problems. The topic covers electric fields and potential, Ohm's law, series and parallel circuits, and capacitors.
Systematic application of Kirchhoff's two laws resolves most circuit errors. Your IB Physics tutor online will practise these with you until they become automatic.
- Coulomb's law and electric fields; field lines and equipotentials
- Ohm's law; resistance; series and parallel circuits
- EMF and internal resistance; terminal voltage
- Capacitance: charge, energy storage, dielectrics
- Magnetic force on charges and conductors; motor effect
- HL: Faraday's law, Lenz's law, induced EMF, AC generation
Quantum and nuclear physics
Quantum and Nuclear Physics is where IB Physics gets philosophically rich. The photoelectric effect — a cornerstone of this topic — appears on virtually every exam.
In Nuclear Physics, radioactive decay, half-life, and binding energy are assessed both conceptually and quantitatively. Your IB Physics tutor online will walk through mass-energy equivalence step by step.
- Photoelectric effect: threshold frequency, stopping potential, work function
- Wave-particle duality: de Broglie wavelength λ = h/mv
- Atomic spectra: emission, absorption, energy level transitions
- Radioactive decay: alpha, beta, gamma; half-life calculations
- Nuclear binding energy; mass defect; E = mc²
Ready to improve your IB Physics grade?
Book a free consultation with your IB Physics tutor online today. No obligation — just a focused session to identify your gaps and build a plan.
Book your free session →