Chapter 1: Motion, Graphs and SUVAT

A-level PhysicsModule 3: Forces & Motion8 topicsHigher

StudyStudy Material QuizQuiz ResourcesResources

Mock Papers

Exam-board mock papers

Mock papers launch from 1 August 2026. New papers will be added regularly from this date.

Dashboard tracking

Included with paid subject access

You can see the paper details now. Access unlocks when your plan includes this subject and tier.

Mock paperFeatured

Mock papers launch collection

alevel · physics · Module 3: Forces & Motion · All papers

Releases 1 August 2026

Locked

Topic-aware long answers

Ultimate/Lifetime long-answer set

Ultimate and Lifetime users can create one saved set of 4 extended-response questions for this topic and mark answers with examiner-style feedback.

AI MCQ generation is available to paying students: 20 questions per session,2 sessions per month. Long-answer AI generation requires Ultimate or Lifetime access.

Free starter set

Module 3: Forces and Motion: Motion, Graphs and SUVAT - Authored Long Answer Questions

Examiner-style long-answer practice with automatic marking, improvement advice and ProofCoach tracking.

4 questions25 marks37.5 min

standard / hard

6 marksdescribestandardOCR A

For Motion, Graphs and SUVAT, describe how motion graphs and SUVAT modelling applies to trolley acceleration between light gates.

0 characters

Write your answer first, then mark it.

6 markscalculatehardOCR A

Using trolley acceleration between light gates, calculate a relevant OCR A Motion, Graphs and SUVAT quantity and explain the physical or chemical meaning of the answer. Show equation, substitution, answer and unit.

0 characters

Write your answer first, then mark it.

7 marksexplainhardOCR A

Motion, Graphs and SUVAT - data from: trolley acceleration between light gates

Loading graph...

Velocity increases from 2 m s-1 to 8 m s-1 uniformly over 4 s. Gradient = acceleration = (8 - 2) / 4 = 1.5 m s-2. Area under graph = displacement = 20 m.

The graph for Motion, Graphs and SUVAT shows data from trolley acceleration between light gates. Explain the pattern using the data and relevant physics principles.

0 characters

Write your answer first, then mark it.

6 marksevaluatestandardOCR A

In trolley acceleration between light gates, evaluate the experimental method or model assumptions used when applying motion graphs and SUVAT modelling.

0 characters

Write your answer first, then mark it.

Subject MCQ Bank

20 stored MCQs for this topic

Paying students get 20 stored MCQs per generation session and 2sessions each month. Your set is saved here so you can reset and retake it without using another allowance. If the bank is running low, replenishment happens in the background.

The 20-question stored MCQ bank is premium-only. Free users can study the starter unit and standard quiz, but bank practice unlocks after purchasing the subject.

Loading practice tools...

Start of Module 3: Forces & Motion

2. Forces, Free-Body Diagrams, Moments and Equilibrium

Key learning objectives

Understand the key principles behind Motion, Graphs and SUVAT.
Apply these ideas to exam-style questions.
Recall the essential definitions and key terms.