Keep the lesson order explicit so students can follow the course week by week.
Year 10
Year 10 CIE Physics 0625
Motion, forces, energy, waves, and electrical quantities for the Year 10 0625 sequence.
Year 10 covers the first major blocks of CIE Physics 0625 through a fixed sequence of measurement, mechanics, energy, waves, and electrical topics.
Course focus
Year 10 begins the main IGCSE Physics 0625 course. The focus is on building reliable methods with measurements, motion, forces, energy, waves, and electricity so that the core ideas from each unit connect instead of feeling like separate topics.
You will meet more equations, more graph interpretation, and more exam-style language than in Year 9. By the end of the year, you should be able to describe physical situations clearly, choose the right model, and apply the main formulas with better accuracy and confidence.
Use topic pages to group related mechanics, waves, and electricity ideas.
Include revision, test, and review pages where they are part of the teaching sequence.
Topic map for Year 10
Open a topic to see the lesson sequence, key resources, and revision support for that unit.
Topic
01Motion and Measurement
Build core measurement techniques, motion calculations, and graph interpretation through the opening Year 10 sequence.
No topic-level resources linked yet.
Topic
02Forces, Moments & Vectors
Develop force models through mass and weight, Hooke's law, Newton's laws, vectors, moments, pressure, density, and freefall.
11 lessons need resources.
No topic-level resources linked yet.
Topic
03Momentum, Work, Energy & Power
Connect momentum, collisions, energy stores, work, power, and efficiency through a single Year 10 sequence.
8 lessons need resources.
No topic-level resources linked yet.
Topic
04Waves
Learn how waves behave and use those ideas to explain sound, the electromagnetic spectrum, light rays, refraction, total internal reflection, dispersion, and lenses.
Topic
05Electrical Quantities
Introduce static electricity, electric fields, current, potential difference, circuit building, and resistance in the Year 10 electricity sequence.