A-level Maths Forces and Newton's Laws Complete Pack

A-level Maths Forces and Newton’s Laws Complete Pack: 141 questions, 25 worked examples, 2 practice papers and 7 full PowerPoint lessons.

A mechanics topic pack on forces and Newton’s laws for A-level Mathematics, for teachers who want ready-to-teach lessons with matching practice, students revising on their own, and tutors who need a structured course. It covers free-body diagrams, resolving forces, F = ma, friction, slopes, pulleys and connected particles.

What is in the pack

7 complete lessons (PowerPoint, 27 to 37 slides each): retrieval starter, objectives, key ideas, worked examples revealed step by step, mini-whiteboard questions with answers, independent and exam-style practice, an exit ticket and speaker notes on every slide.

Workbook (84 pages): knowledge pages, 141 questions graded Foundation, Developing and Exam standard, 25 fully worked examples, a diagnostic, a mistake clinic and retrieval quizzes.

Answer edition (86 pages): full worked solutions with mark tags, so students can mark their own work.

Two timed practice papers (30 marks each) with a separate mark scheme for each.

Also included: a knowledge organiser with key diagrams, double-sided flashcards, an illustrated teacher guide with a lesson-by-lesson plan, and editable Word versions of the workbook, papers and mark schemes.

The workbook and papers include 62 exact diagrams, each drawn to match its question. All work uses g = 9.8 m s⁻² unless a question says otherwise.

Topics covered

Forces and free-body diagrams; Resolving forces and equilibrium; Newton’s second law in one dimension; Friction; Inclined planes; Connected particles; Modelling assumptions; Exam-style problems.

How to use it

Teach each topic with its lesson deck, set the matching workbook section as practice, and use the answer edition for self-marking. The diagnostic shows where to start, and the two timed papers work well before an assessment. The Word and PowerPoint files are fully editable.

Please note

Covers forces and Newton’s laws from the mechanics content of A-level Mathematics. Board wording and notation (for example R or N for the normal reaction, and which results you may quote) differ: check your specification. Take g = 9.8 m s⁻² unless a question states otherwise. Independent resource, not endorsed by any exam board.

Mark schemes use Study Hack’s own mark tags (M1, A1, B1) and are not an exam board mark scheme. This is an independent resource, not endorsed by any exam board; check it against the specification you teach. All questions are original Study Hack material.