Sec 4 G3 Physics
Ancourage Academy · Secondary · Sec 4
Content reviewed: Jan 2026
Sec 4 Pure Physics tuition at Ancourage Academy in Singapore (Bishan & Woodlands) offers intimate groups of up to 6 students, following Singapore's MOE syllabus. Weekly 2-hour lessons use our ESB methodology to consolidate conceptual mastery, quantitative reasoning, and experimental skills for O-Level success. "Physics mastery comes from seeing formulas as stories about how the universe works," according to our educators. Our structured approach helps students apply physics principles with precision under exam conditions.
What Makes Us Different
Our proven teaching methodology combines evidence-based approaches for maximum learning effectiveness
Ebbinghaus Memory Theory
Self-directed retrieval scheduling where students learn to identify their own weak areas and plan review cycles accordingly — developing the metacognitive skills essential for A-Level success and independent university study.
Socratic Questioning
Rigorous dialectic questioning where students must justify their reasoning and consider counterarguments — 'What evidence supports this?' and 'Where could this logic break down?' — building the analytical rigour expected in higher education.
Bruner's Scaffolding
Minimal scaffolding with maximum autonomy — tutors pose challenging problems and observe, intervening only when students are genuinely stuck — preparing students to structure their own approach to unfamiliar problems.
Key Learning Outcomes
Master Key Concepts
Deep understanding of core topics aligned with MOE syllabus
Critical Thinking
Develop analytical and problem-solving skills
Exam Confidence
Strategic exam techniques and time management
Consistent Results
Improved grades and academic performance
Course Structure
Duration
2 hours per lesson
Full coverage with interactive learning time
Class Size
3-6 students per class
Close guidance, timely feedback, and ample practice
Materials
All materials provided
No material fees — all worksheets and resources included
Curriculum Overview
- ✓Measurement — Refining use of SI units, accuracy, precision, and experimental error analysis.
- ✓Kinematics and dynamics — Motion, forces, turning effects, Newton's laws, and applications to real-world contexts.
- ✓Work, energy and power — Conservation of energy, efficiency calculations, and solving practical problems.
- ✓Waves and sound — Properties of waves, reflection, refraction, sound propagation, and applications.
- ✓Light and optics — Ray diagrams, refraction through lenses, and applications in optical instruments.
- ✓Thermal physics — Transfer of heat, kinetic particle theory, and thermal expansion.
- ✓Electricity — Current, voltage, resistance, series and parallel circuits, Ohm's law, power, and energy.
- ✓Magnetism and electromagnetism — Magnetic fields, electromagnets, electromagnetic induction, and practical uses in motors and generators.
- ✓Radioactivity — Properties of alpha, beta, and gamma radiation, half-life, and safety in handling radioactive materials.
- ✓Examination readiness — Application of scientific keywords, step-by-step working, experimental design, and familiarity with O-Level Paper 1 (MCQ), Paper 2 (Structured), and Paper 3 (Practical).
What Sec 4 Pure Physics students commonly work on
- 1
Formula selection — choosing the right formula for multi-concept problems
- 2
Unit consistency — maintaining correct units throughout complex calculations
- 3
Circuit analysis — solving combined series-parallel circuit questions
- 4
Graph interpretation — extracting information from various physics graphs
- 5
Practical skills — planning experiments and handling errors systematically
Learning Progression
Builds On
Sec 3 Pure Physics with foundational mechanics and electricity concepts
Prepares For
O-Level Pure Physics examination and H2 Physics in JC
Key Transition
The O-Level year consolidates all physics knowledge — students must demonstrate mastery across mechanics, waves, electricity, and modern physics.
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Frequently Asked Questions
We cover all exam components: Paper 1 (MCQ), Paper 2 (Structured), and Paper 3 (Practical). Students master formula application, develop systematic problem-solving approaches, and build confidence in experimental design and data analysis.
Yes, Pure Physics is typically required for engineering, architecture, and many science programmes. It provides essential foundations in mechanics, electricity, and waves that form the basis of engineering studies at university level.
We teach systematic approaches: identifying given information, selecting correct formulas, checking unit consistency, and presenting solutions clearly. Practising with progressively challenging problems builds speed and accuracy under exam conditions.
Our small-group classes are intentionally kept between 3 and 6 students so every learner receives close guidance, timely feedback, and ample practice.
Each lesson is 2 hours, providing ample time for thorough coverage of topics and interactive learning.
Yes. All lesson materials and worksheets are provided and included in the fees. Students should bring regular stationery and, where applicable, school textbooks/workbooks for reference.
Yes. Our materials and pacing align with the MOE syllabus. External syllabuses (e.g. IGCSE, IB) are available upon request.
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