Year 9 · Science
Balanced Forces
Year 9 learners practise newton's second and third laws.
The activities include Apply Newtons Second Law to Solve Calculations, Develop Understanding of Newtons Third Law, Understand What is Meant by Forces in Equilibrium. The checked support below includes video, worksheet, teaching, lesson. Open a resource in its provider's website and choose the format that best helps the learner explain the idea independently.
Activities covered
- Apply Newtons Second Law to Solve Calculations
- Develop Understanding of Newtons Third Law
- Understand What is Meant by Forces in Equilibrium
Checked learning resources
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Balanced and unbalanced forces
Oak National Academy · Video · Opens on the provider website
I can use the idea of resultant force to explain whether a change of speed occurs or not. This KS3 science video lesson directly teaches the concepts and scientific action required by "Understand What is Meant by Forces
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Forces and movement - KS3 Physics
BBC Bitesize · Worksheet · Opens on the provider website
BBC KS3 science teaching, examples and practice checks for Balanced Forces; selected for the concepts in "Apply Newtons Second Law to Solve Calculations" after reviewing the full worksheet context.
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Forces: lesson sequence
Oak National Academy · Teaching · Opens on the provider website
This KS3 Oak unit provides sequenced teaching on Forces. It includes the lesson objective closest to the full worksheet context.
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Hidden forces
Oak National Academy · Lesson · Opens on the provider website
Year 9 Science resource matched to newton's second and third laws.
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Newton's Second Law | Forces & Motion | Physics | FuseSchool
YouTube — FuseSchool - Global Education · Video · Opens on the provider website
In this video, we are going to learn about and practice applying Newton's Second Law in calculations, relating force, mass and ... · FuseSchool - Global Education · 5 minute video
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GCSE Physics: Newton’s Third Law
YouTube — Cognito · Video · Opens on the provider website
GCSE lesson explains equal and opposite interaction forces and avoids common third-law misconceptions.