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Topic summary · Student revision

Kinematics (M1) Topic Review summary

M1 self-review on particle kinematics in a straight line and simple 2D motion with constant acceleration.

Files: Topic-Review-M1-Kinematics.pdf · Topic-Review-M1-Kinematics-Answers.pdf · free public downloads · diagrams in the PDFs

Key learning points

  • Master all five SUVAT relations and when each is appropriate.
  • Units: seconds, metres, mathrmms−1\\mathrm{ms}^{-1}, mathrmms−2\\mathrm{ms}^{-2}.
  • Multi-stage journeys: split timelines; match speeds at boundaries.
  • Vertical motion under gravity: take gapprox9.8g\\approx 9.8 or 1010 as the paper states.
  • Average speed = total distance / total time (not average of speeds).

Worked example 1 — Drop

From rest, fall 5 s with g=10g=10. Speed?

Working

v=50v=50

v=u+gtv=u+gt.

Worked example 2 — Two stage

Why split a journey with different accelerations?

Working

SUVATneedsconstantaineachstageSUVAT needs constant a in each stage

Link with continuity of vv.

Worked example 3 — Practice point 1

Apply this idea from the Topic Review: Master all five SUVAT relations and when each is appropriate.

Working

see answers PDF\text{see answers PDF}

Attempt without notes, then check the answers PDF.

Worked example 4 — Practice point 2

Units: seconds, metres, mathrmms−1\\\\mathrm{ms}^{-1}, mathrmms−2\\\\mathrm{ms}^{-2}.

Working

see answers PDF\text{see answers PDF}

Attempt without notes, then check the answers PDF.

Scaffolded Learning Sheet and answers (PDFs)

This page is a short, searchable overview for revision and search engines. Use the Scaffolded Learning Sheet first, then the Answers PDF for a full written solution. The printable PDFs remain the main classroom resource.

Kinematics (M1) Topic Review summary — worksheet & answers PDF