Worksheet and answers for the E=0.5 x m x v2 equation Kinetic energy = 0.5 x mass x velocity squared. Warm up - matching energy stores and examples Inverse operations and rearranging equations practice. Section 1 - Finding kinetic energy Section 2 - Finding mass and velocity Section 3 - Two step equations: Finding kinetic energy with W=Fd, then finding mass or velocity

Worksheet and answers for the E=mgh Gravitational potential energy = mass x gravitational field strength x change in height. Warm up - sentence starters and endings Rearranging equations practice 10 calculations where students may be expected to rearrange the equation and / or convert units. Expects students to take ‘g’ as 10N/kg.

Worksheet and answers for the E=0.5 x k x e2 equation Elastic potential energy = 0.5 x spring constant x extension squared. Warm up - matching unit prefixes with multiplying powers. Converting unit practice Section 1 - Finding elastic potential. Section 2 - Finding spring constant and extension Section 3 - Rearranging the equation and converting units.

Complete lesson following OCR Gateway 9-1 Physics specification on energy stores and transfers. Resource overview: Starter with retrieval questions and answers. Identifying energy stores and examples White board quiz practice identifying stores Energy transfers Independent practice Law of conservation of energy Dissipated energy Independent practice All independent practice has answers, resource easily split into two lessons.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum. Resource could be split into two lessons, how it was originally delivered.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following Activate 2 curriculum.

Complete lesson following OCR Gateway 9-1 Physics specification. Resource overview: Starter retrieval questions with answers. Refresh Hooke’s law and spring retrieval with answers. Qualitative analysis of spring energy stores and transfers. Mechanical energy transfer and independent work. Spring energy calculation (Elastic energy = 0.5 x spring constant x (extension squared)) Rearranging the spring energy calculation. Independent practice with answers.

Complete lesson following OCR Gateway 9-1 specification around density. Resource overview: Starter retrieval questions with animated answers. Gathering ideas on domain knowledge of density Explaining why ice floats on water. Introducing the equation. Increasing levels of challenge with worked examples and scaffolded using EVERY to maximise marks. Independent practice with answers provided, rearrangement of equatio needed but no conversion of unit practice.