Equation sheet for IGCSE EDEXCEL PHYSICS. Best printed off in A3. Indicates whether equations are: Provided in exam Require to be learnt If equation is triple of double content. I have modified this from another worksheet made in 2014 so not claiming ownership but not sure who original author is. Please ask me to withdraw if appropriate.

Equation sheets for each topic of the Edexcel IGCSE Physics Specification. The sheets indicate whether the content is combined or Separate content physics content and which equations are provided and which need to be memorised. 1 Forces and motion 2 Electricity 3 Waves 4 Energy resources and energy transfers 5 Solids, liquids and gases 6 Magnetism and electromagnetism 7 Radioactivity and particles 8 Astrophysics

AQA GCSE Physics Equation Summary Sheet for either combined or trilogy, physics only content. Equations organised by topic Higher Tier only equations in bold text. Equations that need memorizing and not memorizing clearly labelled. See another of my postings if you want pdfs per topic or equations for Edexcel IGCSE.

AQA GCSE Physics Equation Summary Sheet for either combined or trilogy, physics only content. Equations organised by topic Higher Tier only equations in bold text. Equations that need memorizing and not memorizing clearly labelled. See another of my postings if you want pdfs of all equations on one sheet or equations for Edexcel IGCSE.

Specific heat capacity- GCSE 9-1 - Exam question practice and worked solutions - Revision The problems become more challenging as the worksheet progresses giving students the opportunity to work from level 4 to level 9. The worksheet is suitable for higher and foundation tier of combined science or trilogy AQA specifications. The topic covered in the worksheet is appropriate for students of the following GCSE specifications: AQA, OCR 21st Century, OCR Gateway, Eduquas and Edexcel.

Momentum- GCSE 9-1 - Exam question practice and worked solutions - Revision The problems become more challenging as the worksheet progresses giving students the opportunity to work from level 4 to level 9. The worksheet is suitable for higher tier of combined science or trilogy AQA specifications. The topic covered in the worksheet is appropriate for students of the following GCSE specifications: AQA, OCR 21st Century, OCR Gateway, Eduquas and Edexcel.

Challenging question to stretch the most able A level physics students. Suitable for most exam boards. Particularly useful for students that wish to gain entry to Oxbridge

The only task that always calms down an unruly afternoon set! 3 worksheets that use vocabulary linked to the electricity topic.

Red-shift and the Big Bang- IGCSE Grade 9-1 - Exam question practice and worked solutions - Revision The problems become more challenging as the worksheet progresses giving students the opportunity to work from level 4 to level 9. To my knowledge the use of the Red-shift equation tested in the penultimate question is only examined in the IGCSE Edexcel syllabus in paper 2. The worksheet is suitable for students who study higher tier and Paper 2 of the IGCSE Edexcel syllabus. The questions in the worksheet excluding the penultimate question are appropriate for students of all UK GCSE specifications : AQA, OCR 21st Century, OCR Gateway, Eduquas and Edexcel.

Exam practice of length contraction and time dilation. Written for the AQA A Turning points module but would work with any other specifications that cover special relativity. The worksheet contain the answers. The questions should take 30 mins to 50 mins depending on the ability of the group.

The quiz cards can be used for a competitive quiz where the students pit their wits against each other. This is a fun way to revise the Radiation and Atoms ( called Atomic Structure in AQA syllabus) topic once complete. The teacher can expect the students to work from memory/text books or possibly even computers/mobile phones depending on ability and resources available. The teacher is provided with Instructions, Quiz Cards than can be printed off and laminated so they can be used over. I still have some of the cards that I printed 12 years ago for a similar task! The quiz should take 20-30 minutes and then as the plenary the students could all make a revision summary of the topic for a further 15-20 minutes.

GCSE or IGCSE Worksheet that gives pupils opportunities to rearrange the wave equation and correctly identify prefixes such as Giga, Tera, Mega and centi. The students are also given exposure to larger numbers in standard form. The worksheet is suitable to introduce the topic or to use as a revision aid. Solutions are provided.

Series and parallel circuits practical activity that can be used with GCSE or A level groups.

Resource provides teacher with: Starter questions to stimulate interest in pioneers of electricity. Cue cards so each group can be given one inventor to research. Key points that the students are encouraged to consider for a potential debate at the end of the lesson. Plenary/ Questions to see what factual information the students retained from the activity. Laminate the inventor cards so you can reuse the resource

GCSE or IGCSE Worksheet that gives pupils opportunities to rearrange the wave equation and correctly identify kilo prefix. The worksheet is suitable to introduce the topic or to use as a revision aid. Solutions are provided.

Equation list for CIE IGCSE Physics Best printed off in A3 Includes information on which equations require memorization and those that are provided in the exam.

The quiz cards can be used for a competitive quiz where the students pit their wits against each other. This is a fun way to revise the waves topic once complete. The teacher can expect the students to work from memory/text books or possibly even computers/mobile phones depending on ability and resources available. The teacher is provided with Instructions, Quiz Cards than can be printed off and laminated so they can be used over. I still have some of the cards that I printed 12 years ago for a similar task! The quiz should take 20-30 minutes and then as the plenary the students could all make a revision summary of the topic for a further 15-20 minutes.