Work Done Calculations - AQA GCSE Physics Calculation Practice Book

Work Done Calculations - AQA GCSE Physics Calculation Practice Book



Looking for a comprehensive science worksheet to help students master GCSE Physics calculations? This printable AQA GCSE Physics workbook takes students from low confidence to exam-ready with 12 scaffolded calculation practice questions using the structured EVERY method framework.

Whether used as an in-class science worksheet, a revision resource, or a homework task, this physics workbook breaks down complex Work Done calculations into clear, repeatable steps:

• Equation
• Values
• Enter values into the equation
• Rearrange if needed
• Your units

Every question features a dedicated EVERY method table for students to complete, building consistent problem-solving habits for exam success.

What is Included in This Science Worksheet Pack:

• 12 Scaffolded Questions: Progressive difficulty covering Work Done (Work Done = Force x distance).
• Questions 1 to 3: Straightforward substitution to build foundational skills.
• Questions 4 to 6: Intermediate questions incorporating unit conversions (such as centimeters to meters, kilonewtons to newtons, or joules to kilojoules).
• Questions 7 to 12: Advanced questions requiring formula rearrangement.
• Structured Workspace: Every question page includes a guided EVERY method table.
• Self-Assessment Tracker: Features a "What made me stuck?" reflection checklist for metacognition and active recall.
• Complete Answer Key: Step-by-step worked answers for all 12 questions using the EVERY method framework.

Curriculum and Exam Board Coverage:

• Specification Reference: AQA GCSE Physics and Combined Science (Section 6.1 Energy).
• Tier and Level: Suitable for both Foundation and Higher tiers (GCSE Triple and Combined Science).
• Key Misconceptions Addressed:
• Calculating distance using total distance instead of distance moved in the direction of the force.
• Confusing work done with power.
• Skipping unit conversions (centimeters to meters or kilonewtons to newtons).
• Forgetting that work done equals energy transferred.