<p>The questions in the workbook cover the following specification statements.<br /> 1.1 Recall and use <strong>SI units</strong> for physical quantities.<br /> 1.2 Recall and use <strong>multiples and sub-multiples of units</strong>, including giga (G), mega (M), kilo (k), centi ©, milli (m), micro (μ) and nano (n)<br /> 1.3 Be able to <strong>convert between different units</strong>, including hours to seconds.<br /> 1.4 Use <strong>significant figures</strong> and <strong>standard form</strong> where appropriate.</p> <p>This workbook provides questions linked closely to each specification statement. The workbook therefore provides a thorough assessment of students knowledge and understanding and can be used to provide formative and summative assessment opportunities.</p> <p>The questions are written to closely match the style of the exam and assess the different assessment objectives, using a range of question types.</p> <p>The workbook questions could be used in different ways;<br /> • As homework tasks<br /> • As end of topic tests<br /> • As revision practice</p> <p>This topic covers knowledge, understanding and skills that will be important to all GCSE Physics students.</p> <p>The content covered in this resource is applicable to the following Edexcel GCSE Physics exam papers:<br /> Paper 1 (1PH0/1F, 1PH0/1H)<br /> Paper 2 (1PH0/2F, 1PH0/2H)</p>

<p>A revision aid to help students revise and learn the key points for Edexcel GCSE Physics Topic 1 - Key Concepts of Physics. Questions are arranged and linked closely to each specification statement. A mark scheme is provided.<br /> The grid includes practice with SI units, Multiples and sub multiples and standard form and significant figures.</p>

<p>A presentation I use to help students come to terms with connected particles problems.<br /> The presentation starts with basic principles and builds to more complex problems. Several examples are included.<br /> Please add a review if you find this useful.</p>

Bare Bones summary notes. Edexcel iGCSE Physics Unit 8 - Astrophysics<br /> <br /> A quick and easy to understand bullet point summary of the content linked directly to the specification requirements.<br /> Everything you need to know summarised and explained as concisely and simply as possible.<br /> No confusing use of colour, diagrams or examples.<br /> Exam command words are emphasised to focus revision.

<p>Summary notes and exercises to cover the Refraction and Refractive index section of the A Level Physics specification.<br /> The resource starts with a review of previous learning and then extends this to cover AQA Specification section 3.3.2.3</p>

This application uses Excel to simulate and investigate capacitor discharge.<br /> It will allow you to quickly gather data on capacitor discharge. Students can control and enter values for Capacitance, Resistance and Charging p.d. and the simulation will then calculate values of Capacitor p.d. Provision is also made within the sheet to produce the discharge graph.<br /> One tab introduces a possible student investigation using the simulation, his will allow students to actively gain a deeper understanding of capacitor discharge and the importance of time constant.<br /> Instructions on using the simulation are provided.

This resource starts by quickly revising basic wave properties and then examines the properties and uses of ultrasound. It includes learning objectives and several activities. I can send the original documents for anyone wishing to personalise or adapt the resource.

<p>A learning grid produced for the Edexcel iGCSE Physics Specification(9-1) - Unit 1 Forces and Motion.<br /> The resource will be useful for other specifications too.</p> <p>Each specification statement has specific revision questions to help students revise, practice and learn the key concepts.</p> <p>Questions have been written using exam key command words which are emphasised in bold text to help students become familiar and recognise them.<br /> A variety of question styles covering AO1, AO2 and AO3, have been used to match the demands expected in the exam.</p> <p>Please add a review if you find this resource useful.</p>

<p>Bare Bones summary notes. Edexcel iGCSE Physics <strong>Unit 1 - Forces and Motion</strong></p> <p>A quick and easy to understand bullet point summary of the content linked directly to the specification requirements.<br /> Everything you need to know summarised and explained as concisely and simply as possible.<br /> No confusing use of colour, diagrams or examples.<br /> Exam command words are emphasised to focus revision.</p> <p>This resource is designed got the iGCSE 9-1 Specification but will work equally well with other specifications.</p> <p>Please give feedback if you find this resource useful.</p>

<p>The idea behind this resource is to give the bare bones basic revision material needed to revise the Forces and Motion section of the GCSE Physics specification.</p> <p>The material is presented as clearly and simply as possible without distractors.</p> <p>The content is common to all of the GCSE specifications but in this case it has been ordered to exactly match the iGCSE Edexcel 9-1 specification.</p> <p>Two documents are included, the bare bones summary notes and a learning grid with questions to test the content. Key exam command words are highlighted throughout.</p> <p>Please leave feedback if you find this resource useful.</p>

<p>A Lesson outline with associated resources to teach the Latent Heat/Change of State section of the Alevel Physics Specification.</p> <p>AQA 3.6.2.1 or Edexcel 9.144/145</p> <p>A lesson outline is provided which includes a practical to measure Latent Heat of Fusion for Water<br /> Other resources include</p> <ul> <li>technician list</li> <li>student booklet including objectives, summary notes, development questions, exam style questions</li> <li>a powerpoint presentation</li> </ul> <p>All of the resources are able to be edited and customised to meet your own needs…</p>

A revision aid to help students revise and learn the key points for the Capacitance section of Unit 4. The page numbers refer to the Advanced Physics For You' textbook, but it could be used with any text.