<p>60 calculation questions for acceleration, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Change in velocity</p> <p>Section B: 10 questions to calculate Acceleration</p> <p>Section C: 10 questions to calculate Time</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations [here)(<a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">https://www.tes.com/teaching-resources/shop/haseebkhalid219</a>).</p>

<p>60 calculation questions for Work done, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Work done</p> <p>Section B: 10 questions to calculate Force</p> <p>Section C: 10 questions to calculate Distance</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Wave speed, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Wave speed</p> <p>Section B: 10 questions to calculate Frequency</p> <p>Section C: 10 questions to calculate Wavelength</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Speed, Distance, Time, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Distance</p> <p>Section B: 10 questions to calculate Speed</p> <p>Section C: 10 questions to calculate Time</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Energy transferred</p> <p>Section B: 10 questions to calculate Charge flow</p> <p>Section C: 10 questions to calculate Voltage</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for F=ma, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Force</p> <p>Section B: 10 questions to calculate Mass</p> <p>Section C: 10 questions to calculate Acceleration</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Density, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Mass</p> <p>Section B: 10 questions to calculate Density</p> <p>Section C: 10 questions to calculate Volume</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Power and energy transfer, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate energy transferred</p> <p>Section B: 10 questions to calculate Power</p> <p>Section C: 10 questions to calculate Time</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Specific latent heat, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Energy change</p> <p>Section B: 10 questions to calculate Mass</p> <p>Section C: 10 questions to calculate Specific latent heat</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Momentum, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Momentum</p> <p>Section B: 10 questions to calculate Mass</p> <p>Section C: 10 questions to calculate Velocity</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>Description:</p> <p>60 calculation questions for Power, voltage, and current, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Power</p> <p>Section B: 10 questions to calculate Potential difference</p> <p>Section C: 10 questions to calculate Current</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for charge flow, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a fully worked example question for each variable.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Charge flow</p> <p>Section B: 10 questions to calculate Current</p> <p>Section C: 10 questions to calculate Time</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for VIR, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a walkthrough question for each variable to show how it is calculated.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Voltage</p> <p>Section B: 10 questions to calculate Current</p> <p>Section C: 10 questions to calculate Resistance</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for weight, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a walkthrough question for each variable to show how it is calculated.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Weight</p> <p>Section B: 10 questions to calculate Mass</p> <p>Section C: 10 questions to calculate Gravitational field strength</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>60 calculation questions for Hookes law, with FULL WORKING OUT AND ANSWERS.</p> <p>There is a walkthrough question for each variable to show how it is calculated.</p> <p>This worksheet is split into 5 sections:</p> <p>Section A: 10 questions to calculate Force</p> <p>Section B: 10 questions to calculate Spring constant</p> <p>Section C: 10 questions to calculate Extension</p> <p>Section D: 15 mixed questions</p> <p>Section E: 15 more mixed questions</p> <p>I have similar worksheets for other GCSE physics equations <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>Equation practice with full answers for AQA GCSE physics.</p> <p>All slides are animated with a systemic approach to answering questions.</p> <p>DESCUS method used for solving equations.</p> <p>Perfect for class modelling or revision.</p> <p>You can find more equation practice <a href="https://www.tes.com/teaching-resources/shop/haseebkhalid219">here</a>.</p>

<p>600 Retrieval practice questions with answers.<br /> Questions can be filtered by topic and/or specification point.</p> <p>Great for revision or assessing prerequisite knowledge before starting a new learning sequence.</p>

<p>600+ Retrieval practice questions with answers.<br /> Questions can be filtered by topic and/or specification point.</p> <p>Great for revision or assessing prerequisite knowledge before starting a new learning sequence.</p>

<p>1800+ Retrieval practice questions with answers.<br /> Questions can be filtered by topic and/or specification point.</p> <p>Great for revision or assessing prerequisite knowledge before starting a new learning sequence.</p> <p>For AQA Science combined spec.</p>

<p>600+ Retrieval practice questions with answers.<br /> Questions can be filtered by topic and/or specification point.</p> <p>Great for revision or assessing prerequisite knowledge before starting a new learning sequence.</p>