πŸ”¬ Cambridge IGCSE Physics (0625) – Syllabus for 2026, 2027 & 2028

Cambridge IGCSE
Physics

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πŸ† Why APEIRON for Physics?

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Expert Physics Faculty

Our teachers have 15+ years of CIE and Edexcel Physics experience, guiding students to top grades with proven strategies.

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Fully Equipped Lab

Practice all core practicals in our state-of-the-art physics lab. Real apparatus, real experiments – no virtual shortcuts.

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Organized Resource System

Our "Chapter Worksheets β†’ Year Questions" system eliminates chaos. Every resource is organized by topic.

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Small Batch Size

Maximum 12 students per class. Personalized attention, individual feedback, and tailored support for every student.

Standard CourseAPEIRON Physics
❌ Mixed, unorganized past papersβœ… Past Papers by Specific Topic
❌ Theory onlyβœ… Theory + Physics Lab Room
❌ One worksheet typeβœ… Notes + Worksheets + Exercise + Practice Papers
❌ No past paper structureβœ… Chapter Worksheets β†’ Year Questions system
❌ Large class sizesβœ… Small batches (max 12 students)
❌ Limited practical exposureβœ… All core practicals covered

πŸ“š Extended Syllabus Content (2026–2028)

Additional topics for Extended tier (Papers 2 & 4) – essential for students targeting A*–B.

πŸ”„ Motion, Forces & Energy

  • ➜ Conservation of momentum in collisions
  • ➜ Newton's laws of motion in complex systems
  • ➜ Gravitational potential energy and kinetic energy in depth
  • ➜ Efficiency calculations in energy transfers

πŸ”₯ Thermal Physics

  • ➜ Specific heat capacity and latent heat calculations
  • ➜ Thermal expansion and its applications
  • ➜ Kinetic theory in gases and pressure calculations
  • ➜ Gas laws (Boyle's, Charles's, and Pressure Law)

🌊 Waves

  • ➜ Diffraction and interference of waves
  • ➜ The electromagnetic spectrum in detail
  • ➜ Sound waves and the Doppler effect
  • ➜ Light and reflection/refraction with critical angles

⚑ Electricity & Magnetism

  • ➜ Circuit analysis with multiple resistors and bridges
  • ➜ Electromagnetic induction and transformers
  • ➜ Electric motors and generators
  • ➜ Capacitance and charging/discharging curves

☒️ Nuclear Physics

  • ➜ Nuclear fission and fusion in depth
  • ➜ Half-life calculations and dating techniques
  • ➜ Radioactive decay and safety considerations
  • ➜ Uses of isotopes in medicine and industry

πŸͺ Space Physics

  • ➜ The Big Bang theory and evidence
  • ➜ Orbital motion and gravitational forces
  • ➜ Red-shift and the expanding universe
  • ➜ Life cycles of stars and stellar evolution

πŸ“ Assessment Structure

πŸ“„ Paper 1 – Core Multiple Choice Core

  • ⏱️ Duration: 45 minutes
  • πŸ“Š Weighting: 20%
  • πŸ“š Content: Core syllabus only
  • ✍️ Format: 40 multiple‑choice questions

πŸ“„ Paper 2 – Extended Multiple Choice Extended

  • ⏱️ Duration: 45 minutes
  • πŸ“Š Weighting: 20%
  • πŸ“š Content: Core + Extended syllabus
  • ✍️ Format: 40 multiple‑choice questions

πŸ“„ Paper 3 – Core Theory Core

  • ⏱️ Duration: 1 hour 15 minutes
  • πŸ“Š Weighting: 40%
  • πŸ“š Topics: Short‑answer and structured questions

πŸ“„ Paper 4 – Extended Theory Extended

  • ⏱️ Duration: 1 hour 15 minutes
  • πŸ“Š Weighting: 40%
  • πŸ“š Topics: Calculations, explanations, multi‑step problems

πŸ”¬ Paper 5 – Practical Test

  • ⏱️ Duration: 1 hour 15 minutes
  • πŸ“Š Weighting: 20%
  • πŸ“š Format: Hands‑on lab experiment and questions
  • βœ… Requires: Lab access, equipment handling

πŸ“ Paper 6 – Alternative to Practical

  • ⏱️ Duration: 1 hour
  • πŸ“Š Weighting: 20%
  • πŸ“š Format: Written paper on practical skills
  • βœ… Suitable for: Students without lab access

⚠️ 2026–2028 Syllabus Update

The latest syllabus (published December 2025) retains the core structure of six main topic areas with minor content refinements:

  • πŸ”„ Motion, Forces & Energy
  • πŸ”₯ Thermal Physics
  • 🌊 Waves
  • ⚑ Electricity & Magnetism
  • ☒️ Nuclear Physics
  • πŸͺ Space Physics

Key changes: New topics include renewable energy systems analysis and introductory quantum physics concepts. Extended tier includes more multi‑step calculations and unfamiliar contexts.

πŸ“š Free Digital Library

Notes, worksheets, and video tutorials – all free for APEIRON students.

πŸ“­ Physics resources will be added soon. Check back later!

πŸ“ Past Papers Library

Access official CIE IGCSE Physics (0625) past papers with mark schemes.

πŸ“­ Past papers are being uploaded. Please check again later.

❓ Frequently Asked Questions

❓ What is the CIE IGCSE Physics specification code?
The specification code is 0625. It covers the 2026–2028 syllabus with six main topic areas: Motion, Forces & Energy; Thermal Physics; Waves; Electricity & Magnetism; Nuclear Physics; and Space Physics.
❓ How many papers are there in CIE IGCSE Physics?
Students take three papers: Paper 1/2 (Multiple Choice), Paper 3/4 (Theory), and Paper 5/6 (Practical or Alternative to Practical). Core students take Papers 1, 3, and 5/6. Extended students take Papers 2, 4, and 5/6.
❓ What is the difference between Core and Extended tiers?
Core tier (Papers 1, 3, 5/6) covers the essential syllabus and can achieve grades C–G. Extended tier (Papers 2, 4, 5/6) covers the full syllabus including additional content and can achieve grades A*–G. Extended is recommended for students aiming for top grades.
❓ What are the core practicals required?
Core practicals include: measurement of length, volume, and time; determining density; investigating motion; thermal properties; wave properties; electrical circuits; magnetism; and nuclear radiation experiments. Paper 5 assesses these hands-on skills.
❓ Can I retake individual papers?
Yes, Cambridge allows retaking individual papers. Your best result from any session will count towards your final grade. Sessions are available in June and November.
❓ What grade do I need for A-Level Physics?
Most A-Level programmes require at least a Grade 7 (A) in IGCSE Physics. APEIRON's course is designed to help you achieve Grade 9.
❓ How does APEIRON support practical skills?
We have a fully equipped physics lab with apparatus for all core practicals. We run scheduled lab sessions that mirror exam conditions, and we also provide simulation-based learning for Paper 6 (Alternative to Practical) preparation.
❓ What is the difference between CIE and Edexcel IGCSE Physics?
Both are rigorous qualifications. CIE Physics includes more emphasis on experimental design and space physics. Edexcel includes more calculations and astrophysics. APEIRON offers both boards.
❓ Do you offer study materials for the 2026–2028 syllabus?
Yes, all our notes, worksheets, and practice materials are updated to the current CIE 0625 syllabus for 2026, 2027, and 2028.
❓ How many students per class?
We maintain small class sizes of 8–12 students to ensure personalized attention and active participation during lessons and lab sessions.
❓ What support is available for exam preparation?
We offer weekly past paper solving sessions, mock exams with detailed feedback, one-on-one doubt-clearing sessions, and our signature "Chapter Worksheets β†’ Full Papers" system.
❓ Does APEIRON offer Physics for other exam boards?
Yes, we offer Edexcel IGCSE Physics, CIE A-Level Physics, and Edexcel A-Level Physics. Visit our main Physics page for all options.

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