JC H2 Physics Syllabus & Study Guide (9478)
For JC1 and JC2 students heading towards Engineering and Computer Science
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The grade, explained
How H2 grades turn into rank points
Three H2 subjects plus General Paper make the University Admission Score, out of 70 from 2026.
- A20 points
- B17.5 points
- C15 points
- D12.5 points
- E10 points
- S5 points
- U0 points
Source: MOE university admission rank points.
JC H2 Physics in brief
JC H2 Physics (SEAB syllabus 9478, the revised syllabus examined from 2026, replacing the older 9749 syllabus) is often required or preferred for Engineering, Computer Science (computational track), and many physical-science university courses at NUS and NTU. The format is four papers. Paper 1 is multiple choice (1 hour, 30 marks, 15%). Paper 2 is structured questions plus one or two data-based questions worth 20 to 25 marks (2 hours, 75 marks, 30%).
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Paper 3 is longer structured questions: Section A has 55 marks of compulsory questions and Section B is a choice of one from two 20-mark questions (2 hours, 75 marks, 35%). Paper 4 is the practical (2 hours 30 minutes, 50 marks, 20%), where candidates also process and analyse data with spreadsheet software.
The 9478 syllabus has six sections: Foundations of Physics (quantities and measurement, forces and moments, motion and forces, energy and fields), Mechanics (projectile motion, collisions, circular motion, gravitational fields, oscillations), Waves (wave motion, superposition), Thermal Physics (temperature and ideal gases, thermodynamic systems), Electricity and Magnetism (electric fields, currents, circuits, electromagnetic forces, electromagnetic induction) and Modern Physics (quantum physics, nuclear physics). The grade is usually decided on the multi-step longer structured questions and the practical.
Our H2 Physics tutors run a structured JC1 to JC2 programme. The JC1 syllabus covers the foundations and mechanics (measurement, forces, motion, energy, projectile motion, collisions, circular motion, gravitation), oscillations and waves. The JC2 syllabus then layers thermal physics, electricity, magnetism, electromagnetic induction, alternating currents and quantum and nuclear physics. Each tutor's own qualifications and teaching experience are shown on the shortlist.
The simple harmonic motion topic is a useful diagnostic for whether a student understands the physics behind the formulas. The 9478 syllabus treats a = -ω²x as the defining equation of simple harmonic motion, expects students to recognise x = x0 sin ωt as a solution, and asks them to describe how displacement, velocity and acceleration relate on graphs and how energy changes between kinetic and potential during the motion, along with damping and resonance.
Students who learned SHM by formula memorisation freeze when a question changes the starting point or asks for a graph. Students who see where the equations come from (Newton second law applied to a restoring force) work through. Our tutors restart SHM from that link in JC1, then drill application questions across the JC2 year. The same approach applies to electromagnetic induction (Faraday and Lenz law) and to circular motion (centripetal acceleration as the second derivative of position around a circle).
JC H2 Physics tuition rates
Real ranges by level and tutor tier. We re-match free if the fit is wrong.
| Level | Part-time / undergrad | Full-time | Ex-MOE or NIE-trained |
|---|---|---|---|
| Junior College / A-Level (JC1-JC2) | S$55-75/hr | S$70-95/hr | S$85-130/hr |
Final rate is set on tutor match and depends on tutor tier, level and lesson frequency. See full pricing page.
Full rate guide · JC H2 Physics tuition: rates and tutors
Official syllabus: SEAB, H2 Physics (9478) syllabus
Common JC H2 Physics Struggles We Fix
H2 Physics marks at the A and B bands are decided on longer structured application questions and practical interpretation. The patterns we see most often:
Cannot identify which physical principle applies to an unfamiliar problem because principles were memorised without conceptual grounding.
Multi-step structured questions involving conservation laws are skipped because the student cannot break the problem into stages.
Electromagnetic induction questions confuse Lenz law direction and Faraday equation application.
Quantum physics conceptual questions (photoelectric effect, wave-particle duality, energy levels) lose marks for vague vocabulary.
2 more
Practical assessment uncertainty estimation and graphical analysis lose marks.
Graph and equation work in physics (especially in oscillations and circular motion) is confused.
These are the gaps our H2 Physics tutors fix with structured topical sequencing and weekly structured-question drilling.
JC H2 Physics Programme Structure
A 9478-aligned topical programme spanning JC1 and JC2:
Foundations and Mechanics
The largest topic block, foundational for everything else.
Topics covered
- Quantities, measurement and uncertainty
- Forces, moments and motion
- Energy and fields
- Projectile motion and collisions
- Circular motion (centripetal force)
- Gravitational fields and orbits
Oscillations, Waves and Thermal Physics
Bridging topics with graph and equation work.
Topics covered
- Simple harmonic motion (a = -ω²x)
- Energy in SHM, damping, resonance
- Wave motion (transverse, longitudinal, polarisation)
- Superposition (interference, diffraction)
- Stationary waves
- Temperature, ideal gases and thermodynamic systems
Electricity and Magnetism (JC2 dominant)
High-mark Paper 2 and Paper 3 area.
Topics covered
- Electric fields (point charges, parallel plates)
- Currents and circuits
- Potential dividers and capacitors
- Magnetic fields (current-carrying wires, charged particles)
- Electromagnetic induction and Faraday law
- Lenz law direction prediction
- Alternating currents and transformers
Quantum and Nuclear Physics
JC2 modern physics topics.
Topics covered
- Photoelectric effect and Einstein equation
- Wave-particle duality
- Energy levels and spectra
- Nuclear structure and binding energy
- Radioactive decay and half-life calculations
- Fission, fusion, mass-energy equivalence
Why parents pick us
9478-Specialist Tutors
Our H2 Physics tutors teach to the 9478 syllabus and practise with past A-Level papers and the SEAB 9478 specimen papers.
Concept-First Teaching
Many students memorise principles without knowing when they apply. We teach from first principles so students can work out which principle an unfamiliar application question needs.
Practical Assessment Coaching
The Paper 4 practical is 50 marks and 20% of the grade, and includes processing data with spreadsheet software. We coach uncertainty estimation, graphical analysis and procedure justification in dedicated sessions.
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JC H2 Physics: frequently asked questions
What does H2 Physics (9478) cover?
Six sections: Foundations of Physics, Mechanics (including oscillations), Waves, Thermal Physics, Electricity and Magnetism, and Modern Physics (quantum and nuclear physics). The revised 9478 syllabus replaced 9749 from 2026.
Why do students find H2 Physics hard?
It combines calculus-based mathematical modelling with precise conceptual definitions. Weakness in H2 Math often shows up as weakness in Physics.
How is H2 Physics assessed?
Four papers: multiple choice (15%), structured questions with data-based questions (30%), longer structured questions with a choice of one 20-mark question (35%), and a practical (20%) that includes spreadsheet data analysis. The extended integrated questions are where the grade is decided.
H2 Physics is Often Required for Engineering and Computer Science
H2 Physics is often required or preferred for Engineering and some Computer Science courses at NUS and NTU.