Kinematics SUVAT Equations | OCR GCSE Higher Maths | 40 Worked Examples (J560)

A 40-question worked-solutions pack on the kinematics (SUVAT) equations for OCR GCSE (9-1) Higher tier (J560, spec 6.02e, strand OCR 6: Algebra). Covers exactly the three constant-acceleration formulae OCR examines, v = u + at, s = ut + (1/2)at^2 and v^2 = u^2 + 2as, and nothing off-spec. Progressive difficulty from Easy to Challenging: direct substitution into each equation, rearranging for u, v, a, s or t, then the Higher-tier work of choosing the right equation by spotting which quantity is missing, deceleration as a negative acceleration, unit conversions (km to m, km/h to m/s), ‘show that’ questions, forming and solving a quadratic in t (including a repeated root and a two-root case to interpret), a rocket problem with a distance in kilometres, vertical motion under gravity, stopping-distance decision problems, and two-phase journeys where SUVAT is applied to each constant-acceleration stage separately. Every solution is broken down one atomic step at a time with a plain-English note on each line and authentic OCR M/A/B mark-scheme annotations folded in on the real mark lines (no Edexcel P-marks). Built specifically for OCR: it explains that although OCR gives no general formula sheet, the exam prints the relevant SUVAT equations at the top of each kinematics question, so the marks are for selecting and rearranging the right equation, not for recall. Ideal for revision, homework, or a full lesson resource.