Start here (weekly essentials)

Past Papers Finder
Mr Stewart’s Materials
Scholar
Flash Physics
➕ More links (use when needed)
AI Tutor
Practice Tests
Tricky Questions
Interactive Simulations
Self-Marking Multiple Choice
Quizlets
BBC Bitesize

Course overview (tap to open)

Use the weekly timeline to see the current focus topic — the “Done” ticks help you stay on track.

📚 What we study (big picture)
  • Electricity: uncertainties, I–V–R relationships, internal resistance, AC/DC, capacitors, forces in charged particles, band theory / semiconductors.
  • Our Dynamic Universe: motion, projectile motion, forces, momentum, gravitation, special relativity, expanding universe.
  • Particles & Waves: inverse square law links, refraction, interference, spectra, photoelectric effect, nuclear reactions, standard model.
  • Assignment: completed in school (evidence + analysis).
✅ How to use this page effectively
  • Weekly routine: learn the idea → try examples → practise questions → quick self-check.
  • Use the essentials: Past Papers Finder + Scholar + Flash Physics + Mr Stewart’s Materials.
  • Tick the timeline when you finish that week’s focus topic.

Timeline 2025–26 (weekly focus topics)

Each card is the main topic for that week with a one-sentence overview — tick when complete.

Progress: 0 / 0 topics (0%)

Tip: aim for 1 tick per week.

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🌿 June 2025 — Start-up

GoalBuild confidence with measurement uncertainty and core circuit relationships.

  • 0.1 Uncertainties
    W/C Mon 02 Jun 2025

    We learn to estimate and combine measurement uncertainties so results are stated with a justified final value.

  • P, I, V, R relationships
    W/C Mon 09 Jun 2025

    We learn to connect current, voltage and resistance and apply the core circuit equations confidently.

  • PIVR consolidation
    W/C Mon 16 Jun 2025

    We learn to solve mixed problems and explain which quantities are measured, calculated, and inferred.

  • Internal resistance (intro)
    W/C Mon 23 Jun 2025

    We learn to model sources with internal resistance and explain why terminal voltage drops as current increases.

🍁 Term 1 (Aug–Sep 2025) — Electricity core + start ODU

GoalSecure Electricity fundamentals and start modelling motion in ODU.

❄️ Term 2 (Oct–Dec 2025) — ODU + Waves focus

GoalDevelop strong mechanics modelling and build core waves ideas before Christmas.

🧪 Term 3 (Jan–Feb 2026) — Assignment block

GoalProduce a clear, fair investigation with reliable data and justified conclusions.

⚛️ Term 4 (Feb–Mar 2026) — Particles & Waves

GoalExplain modern physics evidence using photons, spectra and particle reaction ideas.