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Cambridge IGCSE

IGCSE Physics Complete Reference For Teachers (2026-2028)

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Instructor

Ms Hoo

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Course Overview

This is the course syllabus for the IGCSE Physics 2026-2028 cohort with exam codes 0625 and 0972. The syllabi are exactly the same.

This course is designed for teachers and for exclusive members. It contains slides and worksheets which can be used in class to scaffold understanding, as well as suggested past year questions that are suitable for practice.

The slides provided are the same slides as shown in the video lesson.

However, some of the slides may be different because the slides were updated after the release of the video.

DISCLAIMER: This course is currently not for sale. The price tag is an arbitrary value for me to control access to this course. Access to this course is only available for selected members and students. If you would like access, please sign up for my YouTube membership program or Ko-Fi membership program. You can also contact me for other ways to be a member.

  • Teachers
  • Students
  • Video lessons
  • Notes & Slides
  • Topical Worksheets
  • Topical Past Year Questions
  • List of definitions & equations

Course Content

  • Unit 1: Forces, Motion, and Energy
      • 1.1 Physical Quantities and Measurement Techniques

        • Physical Quantities and Measurement Techniques (Slides & Video Lesson)

          00:29:21

        • QUIZ: Physical Measurements and Quantities Assessment

        • Scalar and Vector Quantities (Slides & Video Lesson)

          00:24:22

        • QUIZ: Measurements and Vectors

        • Solving 2 Vectors Acting at Right Angles (Slides & Video Lesson)

          00:13:48

        • PRACTICE QUESTIONS: Solving resultant vectors

        • ANSWERS: Solving resultant vectors

        • LAB PRACTICAL WORKSHEET: Circus of measurements

      • 1.2 Motion

        • Distance and Displacement, Speed and Velocity, Acceleration (Slides & Video Lesson)

          00:20:00

        • Describing Linear Motion (Slides & Video Lesson)

          00:16:12

        • Linear Motion Graphs (Distance-Time, Speed-Time) (Slides & Video Lesson)

          00:59:00

        • Bonus Lesson: Observe how Motion Graphs correspond with a Moving Object (Video Lesson)

          00:02:00

        • Gravitational Acceleration and Free Fall (Slides & Video Lesson)

          00:34:04

        • Watch: Bowling Ball and Feather Free Falling in a Vacuum

          00:04:41

        • Free Fall and Terminal Velocity (Slides & Video Lesson)

          00:20:00

        • Bonus Lesson: Why do free falling objects fall at the same rate? (Video Lesson)

          00:10:49
      • 1.5 Forces

        • Force and Extension of a Spring (Slides & Video Lesson)

          00:24:21

        • Lab Practical: How to conduct the spring experiment to study the relationship between extension and weight (WIP)

        • Effects of forces - Inertia (Slides & Video Lesson)

          00:21:51

        • Friction and Drag (Slides & Video Lesson)

          00:07:10

        • Resultant Forces of Parallel Forces (Slides & Video Lesson)

          00:05:13

        • Effects of Resultant Forces (Slides & Video Lesson)

          00:02:58

        • Force, Mass, Acceleration and Newton's Second Law of Motion (Slides & Video Lesson)

          00:19:07

        • Circular Motion and Centripetal Force (Slides & Video Lesson)

          00:18:13

        • Turning Effect of Forces (Slides & Video Lesson)

          00:38:21

        • Centre of gravity (Slides & Video Lesson)

          00:24:26

        • Lab Practical: Experiment to determine the centre of gravity of a plane lamina

          00:10:00

        • Practical Demonstration & Explanation: Observing stability and toppling

          00:16:00
      • 1.6 Momentum

        • Momentum, Impulse, Impulsive Force (Slides & Video Lesson)

          00:31:26

        • Principle of Conservation of Momentum (Slides & Video Lesson)

          00:39:23
      • 1.7 Energy, Work and Power

        • Energy Stores and Energy Transfer (Slides & Video Lesson)

          00:08:31

        • Energy, Work, Power, Efficiency (Slides & Video Lesson)

          00:39:15

        • Energy resources (Slides & Video Lesson)

          00:16:31
      • 1.8 Pressure

        • Pressure (Slides & Video Lesson)

          00:16:52

        • Pressure in Liquids (Slides & Video Lesson)

          00:36:13
  • Unit 2: Thermal Physics
      • 2.1 Kinetic Particle Model of Matter

        • States of matter (Slides & Video Lesson)

          00:08:16

        • Random Motion of Microscopic Particles – Brownian Motion (Slides & Video Lesson)

          00:05:00

        • Gas Pressure (Slides & Video Lesson)

          00:07:45

        • Gases and the absolute scale of temperature (Video Lesson)

          00:30:00
      • 2.2 Thermal Properties and Temperature

        • Thermal Expansion of Solids, Liquids, and Gases (Slides & Video Lesson)

          00:21:00

        • Thermal Capacity & Specific Heat Capacity (Slides & Video Lesson)

          00:21:00

        • CALCULATION QUESTIONS: Specific Heat Capacity

        • Lab Practical: Experiment to determine the specific heat capacity of water and aluminium (WIP)

        • Melting, Boiling & Evaporation (Slides & Video Lesson)

          00:19:00
      • 2.3 Transfer of Thermal Energy

        • Conduction, Convection & Radiation (Slides & Video Lesson)

          00:28:00

        • Practical Demonstration: Observing thermal conduction

          00:05:00

        • Practical Demonstration: Observing thermal convection

          00:05:00
  • Unit 3: Waves
      • 3.1 General Properties of Waves

        • Types of Waves & Wave Features (Slides & Video Lesson)

          00:44:28

        • How Ripple Tanks Work (Slides & Video Lesson)

          00:08:16

        • Wave Reflection (Slides & Video Lesson)

          00:17:15

        • Wave Refraction (Slides & Video Lesson)

          00:30:44

        • Wave Diffraction (Slides & Video Lesson)

          00:28:43
      • 3.2 Light

        • Light Reflection (Slides & Video Lesson)

          00:33:00

        • Lab Practical: How to observe light reflection with a plane mirror and optical pins

          00:07:00

        • Lab Practical: How to observe light reflection with a plane mirror and a ray box

          00:05:00

        • Light Refraction (Slides & Video Lesson)

          00:18:34

        • Lab Practical: How to observe Light Refraction with a glass block and optical pins

          00:07:00

        • Lab Practical: How to observe light refraction with a glass block and a ray box

          00:04:00

        • Total Internal Reflection (Slides & Video Lesson)

          01:06:17

        • Lab Practical: How to observe total internal reflection with a semicircular glass block and optical pins

        • Lab Practical: How to observe total internal reflection with a semicircular glass block and a ray box

          00:18:00

        • Thin Lenses - Convex Lens and Concave Lens (Slides & Video Lesson)

          00:49:43

        • Lab Practical: How to conduct an experiment to observe images formed with a thin convex lens and a ray box

          00:07:00

        • Lab Practical: Experiment to determine the focal length of a converging lens (WIP)

        • Light Dispersion (Slides & Video Lesson)

          00:12:32

        • BONUS: Why does light disperse into a rainbow spectrum when it goes through a prism?

          00:08:44
      • 3.3 Electromagnetic Waves

        • Electromagnetic Spectrum (Slides & Video Lesson)

          00:42:00

        • Analogue & Digital Signals (Slides & Video Lesson)

          00:14:46
      • 3.4 Sound Waves

        • Sound Waves (Slides & Video Lesson)

          00:19:49

        • Calculations involving Sound Waves (Slides & Video Lesson)

          00:19:17
  • Unit 4: Electricity and Magnetism
      • Overview & Revision

        • Unit 4 Electricity Revision (Slides & Video Lesson)

          00:40:55

        • Unit 4 Magnetism & Electromagnetism Revision (Slides & Video Lesson)

          00:27:08
      • 4.2 Electrical Quantities

        • Electric Charge (Slides & Video Lesson)

          00:27:53

        • Electric Current (Slides & Video Lesson)

          00:11:42

        • Electromotive Force and Potential Difference (Slides & Video Lesson)

          00:12:00

        • Electrical Resistance and Current-Voltage Graphs (Slides & Video Lesson)

          00:20:45

        • Electrical Energy and Power (Slides & Video Lesson)

          00:12:41

        • Cost of Using Electricity (Slides & Video Lesson)

          00:23:27
      • 4.3 Electric Circuits

        • Circuit diagrams and circuit components (Slides & Video Lesson)

          00:18:34

        • Series and parallel circuits (Slides & Video Lesson)

          00:15:01

        • Action and use of circuit components (Slides & Video Lesson)

          00:15:30

        • Lab Practical: Connecting ammeters and voltmeters in series and parallel circuits

          00:20:00

        • Lab Practical: Rheostats and Variable Resistors

          00:12:00

        • Lab Practical: Experiment to investigate relationship between length and resistance of a wire

          00:06:00
      • 4.5 Electromagnetic Effects

        • Magnetic effect of a current around a single wire and a coil (Slides & Video Lesson)

          00:41:25

        • Force on a current-carrying conductor (Fleming's Left Hand Rule) (Slides & Video Lesson)

          00:24:36

        • Practical Demonstration: Observing force on a current-carrying conductor in a magnetic field

          00:09:20

        • Direct Current (D.C.) Motor (Slides & Video Lesson)

          00:15:36

        • Electromagnetic Induction, Fleming's Right Hand Rule, Faraday's Law, and Lenz's Law (Slides & Video Lesson)

          00:38:42

        • Alternating Current (A.C.) Generator (Slides & Video Lesson)

          00:20:00

        • Transformer (Slides & Video Lesson)

          00:36:17

        • Bonus Lesson: Motor vs Generator (WIP)

  • Unit 5: Nuclear Physics
      • 5.1 The Nuclear Model of the Atom

        • The atom and the nucleus (Slides & Video Lesson)

          00:22:37

        • Gold Foil Experiment (Slides & Video Lesson)

          00:15:00

        • Nuclear Fission and Nuclear Fusion (Slides & Video Lesson)

          00:11:33
      • 5.2 Radioactivity

        • Detection of radioactivity & background radiation (Slides & Video Lesson)

          00:12:51

        • Nuclear Emission (Alpha, Beta, and Gamma Radiation) & Radioactive decay (Slides & Video Lesson)

          00:57:27

        • Test Your Understanding: Nuclear Emissions

        • Half-life (Slides & Video Lesson)

          00:27:55

        • Applications of radioactive radiation (Slides & Video Lesson)

          00:22:28

        • Radioactive safety precautions (Slides & Video Lesson)

          00:07:40
  • Unit 6: Space Physics
      • 6.1 Earth and the Solar System

        • The Earth (Slides & Video Lesson)

          00:08:31

        • Orbital Speed (Slides & Video Lesson)

          00:13:51

        • The Moon and its Phases (Slides & Video Lesson)

          00:19:52

        • The Solar System (Slides & Video Lesson)

          00:08:20

        • Gravitational Forces (Slides & Video Lesson)

          00:08:42

        • Analysing Planetary Data (Slides & Video Lesson)

          00:04:12

        • Calculating the time taken for light to travel an astronomical distance (Slides & Video Lesson)

          00:08:51
      • 6.2 Stars and the Universe

        • The Sun as a star (Slides & Video Lesson)

          00:04:49

        • Galaxy (Slides & Video Lesson)

          00:03:30

        • Life Cycle of a Star (Slides & Video Lesson)

          00:11:25

        • The Universe & The Big Bang (Slides & Video Lesson)

          00:18:17

        • The Doppler Effect and Redshifting (Supplementary Lesson)

          00:12:00

        • Hubble Constant (Slides & Video Lesson)

          00:11:52
  • Answering Papers 3, 4, 5, 6

    • IGCSE Physics Paper 3 & 4 Tips & Reminders

      00:09:01

    • IGCSE Physics Paper 3: Tips, answering techniques, and samples from past year paper (Notes & Video Lesson)

      00:24:35

    • Example Candidate Response: Paper 3 (2016)

    • IGCSE Physics Paper 4: Tips, answering techniques, and samples from past year paper (Notes & Video Lesson)

      01:11:04

    • Example Candidate Response: Paper 4 (from 2021)

    • IGCSE Physics Paper 5: Tips, answering techniques, and samples from past year paper (Notes & Video Lesson)

      01:26:13

    • Example Candidate Response: Paper 5 (from 2021)

    • IGCSE Physics Paper 6: Tips, answering techniques, and samples from past year paper (Notes & Video Lesson)

      00:46:42

    • Example Candidate Response: Paper 6 (from 2021)

    • Example Candidate Response: Paper 6 (2016)

    • Experiment Planning (Paper 5 & 6 Question 4): How to answer and samples from past year paper (Notes & Video Lesson)

      00:46:04
  • Additional Revision Resources

    • IGCSE Physics 0625/0972 Syllabus Guide (2026-2028)

    • IGCSE Physics 0625/0972 Learner's Guide (from 2023)

    • IGCSE Physics 0625/0972 Definitions and Equations

  • Past Year Question Bank

    • IGCSE Physics Past Year Question Bank

Paid
  • Course Level All Levels
  • Lessons 137
  • Additional Resource 3
  • Last Update August 30, 2026