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Year 7 Chemistry HW and activities
Particles, elements, reactions and acids/alkalis. Questions and activities to try at home.

AQA GCSE Physics Lenses and ray diagrams
Ray diagrams worksheet (with answers) and matching instructional powerpoint on how to construct ray diagrams for convex and concave lenses.

AQA GCSE Physics, Force on a conductor, F=BIL
Application of F=BIL and Fleming’s left hand rule from simple questions to higher level GCSE exam style questions.
Designed for AQA GCSE Physics.
Answers included.
UPDATE - correction made to mark scheme.

AQA GCSE Physics, The wave equation
Designed for AQA GCSE physics to practice using the wave equation.

Applying V=IR in series circuits
Problem solving series circuits using V=IR with change of subject, Designed for AQA GCSE Physics.
Answers included.

Newton's 2nd Law, F=ma
AQA GCSE physics, forces topic. Using and applying F=ma.
Calculations worksheet and answers.

The transformer equation
Practice questions of the transformer equation Vp/Vs = np/ns
Designed for AQA GCSE physics.
Answers included.

AQA GCSE Physics, Paper 2 preparation
A powerpoint and workbook based on some of the misconceptions / skills for paper 2:
Converting units
Newton’s Laws
Practical 6 mark question
Wave diagrams
Electromagnets
Includes exam questions, T or F quiz and multiple choice questions.

Conservation of Momentum, p=mv
Calculation practice and application of p=mv in conservation of momentum problems.
With answers.
This resource has been updated into a paid resource with extra questions on rate of change of momentum and includes a full ppt lesson that can be found here.
Designed for AQA GCSE physics.

AQA GCSE Physics, Conservation of momentum, Force as rate of change of momentum. Higher tier
Designed for AQA GCSE physics forces topic, higher tier. Includes calculation practice and exam style problems in momentum, conservation of momentum (collisions and recoils) and force as rate of change of momentum.
The powerpoint includes worked, step by step examples of problems involving collisions and rate of change of momentum. The ppt also has full solutions to calculation practice and exam style questions from the accompanying worksheets.
The worksheet included is an update of my free, still available, worksheet on conservation of momentum but now includes further questions involving F = change in momentum / time. All the solutions of which are in the ppt.
A support sheet is also provided to assist students with problem solving.