Here’s a worksheet for projectile motion in A Level physics. I’ve also included a video that explains the graphs of motion for an object thrown upwards and experiences free fall.

I’ve used these resources with my students for the teaching of “solids, liquids and gases” or also known as “states of matter” for GCSE physics. They lasted for more than 7 lessons (45min each period), which will differ depending on your set’s ability and the duration of each period. I’ve tried to include as much detail as possible in the teaching notes. I’ve included answers to all the questions and tasks in these resources. Enjoy! This resource bundle includes: 1 powerpoint presentation (16 slides) 7 class handouts / worksheets 7 teaching notes for class handouts / worksheets 7 homework assignments 7 homework assignment mark schemes Topics State of matter - solids, liquids, gases, changing states Specific heat capacity - calculation of SHC Latent heat - temperature and changing states, cooling curve Temperature - conversion between Kelvin and Celsius Molecular kinetic theory - Brownian motion Pressure and volume - Boyle’s law Pressure and temperature - Gay-Lussac’s law

Pupils learn about how light intensity, temperature, wind speed, and humidity affect the rate of transpiration. At the end, there’s a creative writing exercise.

Here’s a game of Articulate for physics revision. I’ve included different coloured decks so that you can put students into different teams. There’s also a key definition sheet. I usually give my students the key definition sheet ahead of time, either for homework or in class (5 to 10 minutes), so that they can memorise the definitions in preparation for the game.

Here’s a short video I made about the particle conservation laws, with particular focus on leptons. Enjoy!

Here’s a short video explaining the difference between alternating current and direct current. Enjoy!

I’ve made video explaining what an electron volt is and how we can convert that into joules. Hope you like it!

I use this physics ‘trick’ to introduce my class to fluid pressure. You can also try to relate it to the gas laws, such as Boyle’s law.

Here’s a quick video on how colours reflect. Hope you enjoy it!

Here’s a short video showing how to derive the equation for drift velocity. Enjoy!

Here’s a short video I’ve made for pressure difference (GCSE physics). Hope you like it!

Here are the commonly used physics equations for GCSE physics. You can either print them as A4 posters or scale them up to A3. Enjoy!

I used the resources in this bundle for 3 lessons, covering static electricity. I’ve included in this bundle the following: Powerpoints: Intro to electricity Static electricity Dangers of static electricity 1 x question prompt for when students write down notes while watching videos in ‘Dangers of Static Electricity’ 2 x worksheets with exam-style questions and mark schemes Specification points covered: Identify common materials which are electrical conductors or insulators, including metals and plastics. Explain how positive and negative electrostatic charges are produced on materials by the loss and gain of electrons. Know that there are forces of attraction between unlike charges and forces of repulsion between like charges. Explain electrostatic phenomena in terms of the movement of electrons. Explain the potential dangers of electrostatic charges, e.g. when fuelling aircraft and tankers. I’ve also linked to some videos that I made which you might find interesting. Hope you find this bundle useful!

Here’s a collection of multiple choice questions (with answers) for Radioactivity, suitable for GCSE key stage 4 level science (physics). They are a mixture of exam-style MC questions and exam-style questions that I have modified into MC questions. I can easily upload these worksheets online and ask my students to either highlight their answers or type their answers into a word document. I’ve separated the MC questions into sections so that you can use them as worksheets or homework. There are 11 sections in total: structure of atoms isotopes stability alpha decay beta decay gamma radiation penetration power half-life dangers and application of radiation fusion/fission nuclear reactors

This bundle includes… A Powerpoint presentation to teach students to predict the products formed during aqueous electrolysis and to write half equations at each electrode. A booklet for students to complete as they take notes during the lesson. Exam-style questions (10 marks) for the students to complete during the lesson or to complete as homework. Solutions to the handout and the exam-style questions.

Here’s a simple powerpoint for yr 7 or 8 pupils to learn about the difference between a food chain and a food web. I’ve used this resource for a 50 minute lesson. Learning objectives: Describe what food chains show Describe what food webs show

I have created some resources to cover the following points: Describe how the eye works Understand how to correct vision To investigate what happens when light enters a medium Describe how primary colours add to make secondary colours Explain how filters and coloured materials subtract light Draw ray diagrams to represent an image in a mirror Draw ray diagrams to show light passing through a lens. My collection of resources include: 26 slides PowerPoint presentation + embedded videos 3 worksheets/homework containing exam-style questions + markschemes Revision/summary worksheet + answers Refraction practical guide + worksheet Topic test + markschemes This resource is suitable for Key Stage 3 pupils (Yr 7 or 8).

Are you in search of an invaluable resource to elevate your GCSE Physics teaching and help your students grasp complex energy concepts effectively? This resource features 50 thought-provoking questions with detailed answers,. Engaging Questions: Covering essential energy topics, the questions help GCSE students understand fundamental concepts in Energy and stretches those who are higher potential learners. Detailed Answers: Comprehensive answers for you to use when going through answers with students. Scaffolded: Questions are scaffolded, ensuring that students can progress from foundational concepts to more challenging ones seamlessly. Calculation Practice: There are plenty of calculation questions. This can be used as lesson resource or multiple homework.

Here’s a stop motion video I made to explain radioactivity - alpha, beta, and gamma decay. Enjoy! https://www.youtube.com/watch?v=CEcADS1ntzI&t=9s