Differentiated questions for using the Kinetic Energy formula. RED - simple matching exercise requiring substitution, ORANGE - context based questions, GREEN - contextual, conversion and problem solving. STRETCH - a standard form question and a question that also requires GPE to build on the idea of the conservation of energy. The ‘MRWD’ watermark is not on the actual file.

These comprehensive notes and examples cover the Further Mechanics 1 (FM1) unit of the Edexcel new A Level Maths specification. Student booklets are provided for each topic in both Word and PDF formats. There are also teacher booklets for each topic containing detailed worked solutions. The chapter titles are Momentum and Impulse, Work, Energy and Power, Elastics Springs and Strings, Elastic Collisions in 1 Dimension, Elastic Collisions in 2 Dimensions. Also available: Edexcel Further Core Pure notes and examples for the new specification (years 1 and 2): https://www.tes.com/teaching-resource/edexcel-further-core-pure-as-11890483 https://www.tes.com/teaching-resource/edexcel-further-maths-year-2-core-pure-11931638 Further Statistics 1 (FS1) notes and examples for the new specification: https://www.tes.com/teaching-resource/edexcel-further-statistics-1-new-spec-12080991

By using this ppt (50 slides), students will learn; - What PHYSICALLY WORK is - Relation between WORK and ENERGY - Types of ENERGY - How to convert one type of Energy into the other one - What the CONSERVATION of ENERGY is - Power and Efficiency of a MACHINE. You should install these Fonts for this document; (Marker Felt AND Tempus Sans ITC)

A worksheet I use to help students practice rearranging equations. I use this to support targets that I set my pupils whom struggle with rearranging formula.

Here is my attempt to structure questions for the new FM1 module. For use by giving to pupils and leaving them to it, or working through topics as a class. I have included Practice, specimen and sample assessment material to support the limited amount of new papers. I have also attached older questions from the old specification for more edexcel exam style question practice. If you like it, please share and give 5* :). Also works extremely well on iPads.

Given 9 different scenarios, pupils are asked to balance their WEP equations. If you, like me, find the way many textbooks teach WEP to be too full of different formulae and highly confusing at times deciding which bits of energy go where in the equation, you may have taught yourself the topic in a different way. I have tried to accumulate two seperate ways to approaching these problems. Firstly, through logical reasoning of balancing either side of the = sign before using a single formula a (very smart) colleague of mine introduced me to to show a ‘one fix trick’ to all their WEP woes. Please comment to let me know how your lessons go if you use it.

Included are 2 past exam paper questions on Work Energy Principle. The detailed handwritten solutions to these are included in my Work, Power and Energy pack. This resource pack contains a pdf file with 53 slides that can be worked through with the students to cover the content. Also included in this pack are two exam question packs with detailed, handwritten solutions, covering: Power Work Energy Principle

Included are two exam paper questions on Work, Energy and Power, with hand-written solutions.

Designed specifically for the Mechanics 2 syllabus, but equally valid and useful for studying energy in A-level Physics, the booklet explains the key concepts that are so crucial and so often misunderstood: Force, Energy, Power Conservation of energy Energy transfer examples Common types of energy How much energy? (compare fuels, food and drink, lightning, AA batteries, etc...) Work done by a constant force (not necessarily acting in the direction of motion) Gravitational Potential Energy Kinetic Energy Work done by variable forces (using integration) Elastic Potential Energy

Collection of A-Level Physics exam questions on the topic of Electric and Magnetic Fields (specifically Coulomb’s Law, Lenz’s Law etc). This pack contains questions and worked full solutions showing all steps. This can be used by teachers as a “walking-talking mock (WTM)”. This pack is a mixture of questions from the following exam boards: Edexcel (+ Edexcel International), AQA, OCR and Eduqas. The total number of marks for these questions is 42 marks.

This resource is a Powerpoint presentation about Resistance and Electrical Power with examples and diagrams, perfect for teaching a physics class. This is Alevel Physics content for AQA/EDEXCEL/OCR, but may also prove useful for GCSE students preparing for higher exams.

Mechanics module notes for someone looking for all the knowledge required to pass this unit.

This resource includes 30 questions You should install these Fonts for this document; (Marker Felt and Tempus Sans ITC) Everything is ready to be used or easily edited to suit your learners.

This EXAM PAPER includes; - 4 pages, (2 Groups) You should install these Fonts for this document; (Marker Felt & Tempus Sans ITC)

This Revision Worksheet includes; (8 Pages / 34 Questions / Answer KEY / Each one has 2 Different Groups) (PDF & Word & PPT) - Fully editable! Key WORDS; (Basic terminologies to assist students!) . Work & Energy . Conservation of Energy, . Kinetic Energy, . Gravitational Potential Energy . Power & Efficiency To attract the attention of students to this subject, daily life pictures were used. Everything is ready to be used or easily edited to suit your learners.

Two page revision guide the conservation of energy. Types of energy, kinetic energy, gravitational potential energy. Includes practice question, worked questions, and answer page for practice questions.

This resource pack contains a pdf file with 53 slides that can be worked through with the students to cover the content. Also included in this pack are two exam question packs with detailed, handwritten solutions, covering: Power Work Energy Principle Enjoy!