IGCSE Physics Course – Edexcel Curriculum

The IGCSE Physics Course (Edexcel) offers a thorough exploration of fundamental physics principles and their practical applications. Designed to prepare students for the Edexcel IGCSE examinations, this course covers eight core units that develop conceptual understanding, problem-solving skills, and scientific inquiry essential for success in physics and related fields.

Students will engage with theoretical knowledge, experimental techniques, and real-world physics phenomena to build a solid foundation for further education.

📘 Course Content Overview

Unit 1: Forces and Motion

  • Movement and position

  • Forces and shape

  • Forces and movement

  • Momentum

  • Turning effect of forces

Unit 2: Electricity

  • Mains electricity

  • Current and voltage in circuits

  • Electrical resistance

  • Electric charge

Unit 3: Waves

  • Properties of waves

  • Electromagnetic spectrum

  • Light waves

  • Sound

Unit 4: Energy Resources and Energy Transfers

  • Energy transfers

  • Thermal energy

  • Work and power

  • Energy resources and electricity generation

Unit 5: Solids, Liquids, and Gases

  • Density and pressure

  • Properties of solids, liquids, and gases

Unit 6: Magnetism and Electromagnetism

  • Magnetism and electromagnetism

  • Electric motors and electromagnetic induction

Unit 7: Radioactivity and Particles

  • Atoms and radioactivity

  • Radiation and half-life

  • Applications of radioactivity

  • Nuclear fission and fusion

Unit 8: Astrophysics

  • Motion in the universe

  • Stellar evolution

  • Cosmology

🎯 What Students Will Gain

  • Comprehensive understanding of physics concepts and laws

  • Practical skills in scientific investigation and experimentation

  • Confidence to tackle Edexcel IGCSE exam questions

  • Insights into the role of physics in technology, energy, and the cosmos

  • Laboratory experiments
  • Graph plotting and analysis
  • Circuit construction and testing
  • Wave demonstrations
  • Data collection and interpretation
  • Problem-solving exercises
  • Past exam paper practice
  • Astronomy observations and projects
  • Collaborative group work
  • Critical thinking challenges