Momentum Calculations - AQA GCSE Physics Calculation Practice Book

Momentum questions combine p = mv with conservation of momentum in collisions, and the multi-step nature of these problems catches higher tier students out. This AQA GCSE Triple Physics workbook builds systematic working with 12 scaffolded questions using the EVERY method framework.

The EVERY method breaks each calculation into clear steps: Equation, Values, Enter values into the equation, Rearrange if needed, Your units. Every question has a structured EVERY table for students to complete, building a consistent problem-solving habit. Questions get progressively harder: Q1-3 are straightforward, Q4-6 introduce unit conversions, and Q7-12 require rearranging the formula.

What's inside:

- 12 progressive questions on Momentum (p = mv and conservation of momentum)

- Structured EVERY method table on every question page

- Progressive difficulty: simple substitution, then unit conversions, then rearranging

- Self-assessment tracker with "What made me stuck?" reflection checklist

- Full worked answers for all 12 questions using the EVERY method steps

AQA specification reference: 6.5 Forces (Triple Physics only, higher tier)

Momentum calculations require students to calculate momentum using mass and velocity, then apply conservation of momentum to collisions and explosions. Questions include finding the velocity of one object after a collision using total momentum before and after.

Common student mistakes this workbook addresses: forgetting that momentum is a vector (direction matters), not accounting for objects moving in opposite directions (negative velocity), confusing momentum with kinetic energy, and not setting up the conservation equation correctly for explosions where initial momentum is zero.

Suitable for AQA GCSE Physics (Triple only, higher tier).

Visit advisoryscience.com for more science teaching resources.