<p>This lesson is for AS/A Level students studying Physics. Included in this resource is a quick practical on terminal velocity that can also be carried out as a demonstration to recap on GCSE terminal velocity. This is then taken further by introducing Stokes’ Law and equation which is self-assessed using an exam-style question. Finally, is a class practical where students investigate terminal velocity by timing how long it takes for a metal ball to drop through a fluid.<br /> Included in this resource are exam questions (also mark scheme) that apply Stokes’ Law mathematically, graphically and conceptually which consolidates the practical.</p> <p>Included in this presentation are the learning outcome, success criteria and keywords.</p>

<p>This resource is for AS/A Level students studying Physics. It focuses on the introduction of movement of fluids - laminar and turbulent flow - along with exam questions to assess their knowledge (with mark scheme). There is also data given in the presentation so that students can practice their graph drawing and interpretation skills.</p> <p>Included in this presentation are the learning outcome, success criteria and keywords.</p>

<p>This resource thoroughly explores Young’s Modulus using a practical and exam questions adapted from Edexcel and can be adapted for other examining boards too. Students are encouraged to set up their practical and interpret their own results using keywords such as yield point, breaking stress etc.</p> <p>Included are practical worksheets for students, teachers (with mark schemes) and technicians.</p> <p>This lesson can be used for AS/A Level and BTEC students.</p>

<p>This presentation is for AS Level Physics students and acts as a bridge between GCSE Physics and AS Level Physics on density. It recaps what they should already and takes it further by using the calculation:<br /> upthrust = weight.</p> <p>Included is an access worksheet to help students to understand density.</p> <p>Included in this presentation are the learning outcome, success criteria and keywords.</p>

<p>This resource is aimed at AS/A level and GCSE students studying physics.</p> <p>Lesson covers the Hooke’s Law practical with different materials, deformation and graph work. Included are exam questions (mainly Edexcel though can be used for all examining boards) that ensure students fully understand Hooke’s Law.</p> <p>Mark schemes are included with the questions.</p>

<p>Included in this resource is an introduction to Young’s Modulus, stress and strain and how different characteristics of solids can be compared using a graph. This resource can be used AS/A Level and BTEC.</p> <p>Mark schemes are included at the end of the exam questions taken from Edexcel and can be applied to other examining boards.</p>

<p>This resource is aimed at AS/A Level students studying physics and can be adapted for GCSE students too.</p> <p>There are 3 measurable success criteria that include Mohs hardness number, characteristics and tensile strength.</p> <p>The final outcome can be carried out as a research group task and peer assessed by the class.</p>

<p>This is a comprehensive RAG rated personalised learning checklist for Mechanics revision. It uses the Edexcel specification and can be adapted for other examining boards.</p> <p>Each point in the specification is addressed by using a step-by-step guide to explain complex concepts, followed by exam questions and the associated mark scheme after each section.</p>

<p>This lesson introduces and goes through how capacitors work, along with how to calculate capacitance. There are self-assessed questions throughout the presentation.</p> <p>A data table is provided where students are required to plot the data and find the energy stored in a capacitor, along with evaluate an exponential graph to calculate the time constant of a capacitor.</p>

<p>In this resource students are required to carry out an experiment on calculating the energy stored in a capacitor using a coulombmeter and to investigate the formula, capacitance = charge/potential. To accompany the practical are exam questions and the mark schemes, along with a student practical sheet.</p> <p>This has been taken from the Edexcel examining board though can be applied to other examining boards too.</p>

<p>Attached are some exam questions and the accompanying mark schemes that I found extremely helpful for my AS Level Physics students. They are taken from the Edexcel examining board though they can be used for AQA etc.</p>