<p>Three worksheets requiring students to apply Fleming’s Left Hand Rule, to predict the direction of the force when a current-carrying conductor is placed in a magnetic field. Includes answers.</p> <p>Useful in magnetism and electromagnetism topics, studying the motor effect. I use these for GCSE and IGCSE Physics classes.</p> <p>Worksheet 1 - Basic problems with 2D diagrams, and an extension activity looking at charges moving in magnetic fields.</p> <p>Worksheet 2 - Basic problems with 3D diagrams</p> <p>Worksheet 3 - A mixture of problems, including applications to moving-coil loudspeakers and electric motors. Further questions on charges moving in magnetic fields.</p> <p>Please leave a review if you like my resource.</p>

<p>A worksheet with questions about electromagnetic induction and Faraday’s Law.</p> <p>I use this worksheet with my GCSE and IGCSE Physics classes.</p> <p>Please leave a review if you like my resource, or have any comments!</p>

<p>A worksheet on the Principle of Moments, requiring students to find the missing distance or force for a balanced see-saw. Also includes an online Google Form Quiz version of the worksheet.</p> <p>Extension questions look at three forces acting on a see-saw.</p> <p>The worksheet comes with a link to a Google Form that can be used for students to enter their answers online. The Google Form includes the images, and will tell the students the correct answer after they submit theirs. The Google Form will also create a speadsheet for you with the students’ answers.</p> <p>The worksheet also comes with a full set of answers.</p> <p>I use this worksheet for my GCSE and IGCSE Physics classes, as well as for KS3 Cambridge Lower Secondary classes. I use the Google form when using the worksheet as homework.</p> <p>Please leave a review if you like my resource.</p>

<p>A worksheet with problems that use the transformer equation between primary and secondary coil turns and voltages.</p> <p>The worksheet comes with a link to a Google Form that can be used for students to enter their answers online. The Google Form includes the images, and will tell the students the correct answer after they submit theirs. The Google Form will also create a speadsheet for you with the students’ answers.</p> <p>The worksheet also comes with a full set of answers.</p> <p>I use this worksheet for my GCSE and IGCSE Physics classes. I use the Google form when using the worksheet as homework.</p> <p>Please leave a review if you like my resource.</p>

<p><strong>WITH ANSWERS</strong></p> <p>Three worksheets requiring students to apply the V = IR equation to series and parallel circuit problems.</p> <ul> <li><strong>Worksheet 1 - V = IR Formula Grid</strong>; simple problems requiring students to manipulate the equation to find voltage, current or resistance. Extension questions use SI prefixes.</li> <li><strong>Worksheet 2 - V = IR Series Circuit Problems</strong>; applying V = IR to series circuits. Two sides of questions. An extension task requires students to use simultaneous equations.</li> <li><strong>Worksheet 3 - V = IR Parallel Circuit Problems</strong>; applying V = IR to parallel circuits. Two sides of questions. An extension task looks at a complicated circuit, with combinations of resistors in parallel with other resistors in series.</li> </ul> <p>Answers are included for each worksheet.</p> <p>I use the worksheets for my IGCSE and GCSE Physics classes, and as introductions for my A-level Physics class, in electricity and electrical circuits topics.</p> <p>Please leave a review if you like my resource.</p>

<p>Two worksheets AND a <strong>Google Form</strong> requiring students to apply Fleming’s Right Hand Rule for Generators in different orientations, finding the direction of the current caused by the induced voltage. Includes answers.</p> <p>Useful in magnetism, electromagnetism and electromagnetic induction topics. I use these for GCSE and IGCSE Physics classes.</p> <p>Answers are provided in a PowerPoint presentation.</p> <p>Worksheet 1 - Basic problems with 2D diagrams.</p> <p>Worksheet 2 - Basic problems with 3D diagrams.</p> <p>Google Form - A online Quiz version of Worksheet 1, including the images of a wire moving through a magnetic field. The Google Form is provided as a link in a PDF, allowing you to copy the form. This is a great way of assessing the students remotely, and can be easily used with Google Classroom. The students can see whether their answers are correct after submitting the form, and you can see a Google Spreadsheet of their results.</p> <p>Please leave a review if you like my resource.</p>

<p>Worksheet on using the acceleration equation acceleration = (change in velocity)/time.<br /> The worksheet includes a section on problems for each variable of the equation. I find this useful as students often struggle with using this equation.</p> <p>Includes answers.</p> <p>Appropriate for KS4/GCSE or equivalent.</p>

<p>A worksheet for practicing the speed = distance/time equation. Perfect as a lesson starter, plenary or following learning the equation.</p> <p>Students must manipulate the equation to solve problems.</p> <p>Questions are differentiated into easy, medium &amp; hard. Harder questions involve changes of units.</p> <p><strong>Answers are included!</strong></p> <p>I use this resource for KS3 &amp; KS4 (GCSE or equivalent) as part of the GCSE Physics Kinematics/Motion topic.</p> <p>This resource is part of my Kinematics/Motion bundle!</p> <p>Please leave a review if you like this resource.</p>

<p>Resources looking at energy transfers and stores. Designed for the new specification.</p> <ul> <li>Notes worksheet - with types of stores and transfers, and two example energy transfer diagrams.</li> <li>Energy transfers worksheet - students have to label stores or transfers with the correct type, but are provided with the overall structure. On the back of the worksheet are questions requiring students to draw their own diagrams</li> <li>PowerPoint slides with the table and examples from the notes worksheet</li> <li>Google Form Quiz - an online version of the first set of question from the worksheet. The Google Form will tell the students the correct answer after they submit theirs. The Google Form will also create a speadsheet for you with the students’ answers.</li> </ul> <p>I use this worksheet for my GCSE and IGCSE Physics classes in Mechanics topics.</p> <p>Please leave a review if you like my resource.</p>

<p>A simple worksheet requiring students to identify the wavelength &amp; amplitude of graphical waves. Contains an extension activity that can be completed on squared or graph paper.</p> <p>I use this worksheet for KS3, KS4 and KS5 Waves topics.</p>

<p>Worksheet requiring students to:</p> <ul> <li>Calculate frequency from time period</li> <li>Calculate frequency for a number of waves in a specific time</li> <li>Identify time period on graphs of waves</li> <li>Calculate frequency from time period</li> </ul> <p>Answers are included.</p> <p>I use this worksheet for KS3, KS4 and KS5 waves topics, including GCSE and A-level.</p> <p>Please leave a review if you like this resource.</p>

<p>Moments worksheet that takes students from simple moments calculations, to finding the total moment on an object, and solving Principle of Moments problems to find the missing force or distance on a balanced object.</p> <p>The worksheet comes with a link to a Google Form that can be used for students to enter their answers online. The Google Form includes the images, and will tell the students the correct answer after they submit theirs. The Google Form will also create a speadsheet for you with the students’ answers.</p> <p>The worksheet also comes with a full set of answers.</p> <p>I use this worksheet for my GCSE and IGCSE Physics classes, as well as for KS3 Cambridge Lower Secondary classes. I use the Google form when using the worksheet as homework.</p> <p>Please leave a review if you like my resource.</p>

<p>An IGCSE level worksheet requiring students to use and manipulate the wave equation v = fλ.</p> <p>Extension questions involve SI Prefixes and interpreting displacement-time and displacement-distance graphs.</p> <p>Answers are included.</p> <p>I use this worksheet for my IGCSE Physics class as part of the Waves topic.</p> <p>This resource works well as part of my Waves Topic bundle.</p> <p>If you like this resource, please leave a review.</p>

<p>Two worksheets of questions on F = kx, force &amp; extension of springs, Hooke’s Law and experimental technique. The second worksheet comes in two forms, traditional worksheet and online Google Form quiz.</p> <p>Worksheet 1 - A worksheet discussing force-extension experiments, including plotting and interpreting force - extensions graphs, length, extension and spring constant calculations. The worksheet also requires students to think about reliability and accuracy, and is excellent practice for practical examination questions.</p> <p>Worksheet 2 - F = kx calculation grid, requiring students to manipulate the F = kx equation. Harder questions use different units, and require the conversion of units.</p> <p>The second worksheet comes with a link to a Google Form that can be used for students to enter their answers online. The Google Form will tell the students the correct answer after they submit theirs. The Google Form will also create a speadsheet for you with the students’ answers.<br /> The worksheet also comes with a full set of answers.</p> <p>I use this worksheet for my GCSE and IGCSE Physics classes in Mechanics topics.</p> <p>Please leave a review if you like my resource.</p>

<p>A worksheet on voltage (potential difference), energy and charge - using the equation E = QV.</p> <p>Students use the equation to find missing values in different situations. Extension questions involve the Q = It equation and SI prefixes.</p> <p>Answers are included.</p> <p>I use this worksheet for the Electrical Circuits topics of IGCSE Physics and as an introduction/reminder during A-Level Physics.</p> <p>Please leave a review if you like this resource.</p>

<p>A revision resource: a table containing the formulae for CIE AS Physics (9702 2022 Specification).</p> <p>The table contains the symbol formulae. A second column allows students to write in the word formula or any important details.</p>

<p>A worksheet that gets students to practice plotting waves on displacement-distance and displacement-time graphs, based on specified amplitude, wavelength and time period.</p> <p>I find that this is a difficult skill for students to master, and the worksheet guides them through a method to make it easier.</p> <p>I use this worksheet at all levels KS3, KS4 (GCSE) and KS5 (A-level) as part of the Waves topic.</p> <p>This resource is part of my Waves topic bundle.</p> <p>Please leave a review if you like this resource!</p>

<p>Two worksheets regarding converging lenses and using the ray rules to find the location and nature of the images created by them.</p> <p>Worksheet 1 - NOTES Ray diagram rules; the three rules are stated and students can annotate a converging lens diagram to illustrate that rule. I use this sheet for their notes.</p> <p>Worksheet 2 - WS Converging lens ray diagrams; allows students to apply the three rules to cases with five different object locations (with respect to the focal length of the lens - &gt;2F, 2F, &gt;1F, 1F, &lt;1F). Students then describe the nature of the image formed.</p> <p>Students will require supervision for the cases of an object at F, and between F &amp; the lens (a magnifying glass). This worksheet is a good opportunity for the students to apply the three ray rules, and is also a good teaching aid for the last two more difficult cases.</p> <p>I use this resource for the Light topic of IGCSE Physics.</p>

<p>Worksheet where students interpret distance-time graphs, including using the gradient to determine speed/velocity.</p> <p>Answers included.</p> <p>Suitable for KS4 &amp; introduction to KS5. GCSE, IGCSE, A-level and IB.</p> <p>Please leave a review if you like this resource!</p>

<p>Worksheet that requires students to interpret velocity-time graphs. This includes using the gradient to determine acceleration, and the area under the line to determine displacement.</p> <p>Answers are included.</p> <p>Suitable for KS4 &amp; introduction to KS5. Suitable for GCSE/IGCSE, A-level, IB. Part of the Kinematics topic.</p> <p>Please leave a review if you like this resource!</p>

<p>A Kinematics PowerPoint presentation that covers:</p> <ul> <li>Units of distance, time, speed</li> <li>Speed</li> <li>Distance, speed &amp; time</li> <li>Gradients of graphs</li> <li>Distance-time graphs (and finding speed from gradient)</li> <li>Scalar &amp; vector quantities</li> <li>Acceleration (including acceleration worked examples)</li> <li>Velocity-time graphs (including acceleration from gradient, and distance from area)</li> </ul> <p>This resource works well with the worksheets in my Kinematics bundle. I use these resources for KS4/IGCSE, but they are appropriate for equivalent qualifications.</p> <p>Please leave a review if you like this resource!</p>