A fantastic poster of interesting science books for KS4 students to read. Accompanied by a much longer list of recommended reading for those interested in science.

A template for creating your own taboo game. All you have to do is fill in the topics on the cards and print them out. Students then describe the item at the top of the cards without using any of the words on the card.

A set of loop cards that are perfect for revision of the key principles of nuclear radiation. Covers the structure of the atom, types of radiation, penetration powers and isotopes.

A complete lesson plan and PPT presentation about parallel circuits for new GCSE(2016). Covers all the main topics, measuring current and voltage, calculating resistance and understanding why resistance in a parallel circuit decreases the more branches there are.

Complete lesson plan and presentation for GCSE Physics pendula. This introduces the concept of increasing length, mass and drop height and the effect on period. Calculations involving period and frequency are included. It references the standard AQA practical for pendula wherre students investigate the effect of increasing the length, mas or drop height of the pendulum to see what effect it has on period.

This is a tracker sheet that enables students to record when they have completed each required practical for the Trilogy GCSE. It covers the Biology, Chemistry and Physics practicals for the Combined Science GCSE. There is also a useful link to some required practical videos to enable students to revisit these when they are revising.

This resource is an opportunity for students to practice converting to common prefixes such as micro, milli etc. and converting numbers to standard form or scientific notation. There are 20 questions for them to complete and I have included the answers as well! This is aimed at Science students for the new maths content within the new GCSE (2016) for AQA, Edexcel, OCR and WJEC but it would be equally suitable for anyone needing to practice standard form so any Maths students. It is designed as a homework but can equally well be used as a lesson activity. This resource is designed to accompany my Powers of Ten lesson (available separately) which is a good introduction to this worksheet.

A series of more difficult questions on Ohm's Law compared to resource https://www.tes.com/teaching-resource/ohm-s-law-calculations-worksheet-11280608 These require students to convert between common prefix units e.g. mA and the SI unit. A useful homework to set or use as revision or even as a class activity.

An exit ticket template that can be used for any lesson. Created in the style of a British Railway ticket. Provided in word format so you can edit the name on the ticket for your own. Great way to capture learning from the lesson or use as a recap. Not valid for travel! Can be printed onto Avery or Lyreco labels so you can stick them in to student books once they have been reviewed.

A differentiated resource leading students through the usage of E = Pt Energy, Power and Time calculations. This gives students an opportunity to reinforce their learning of the equation and chance to practice completing questions. Ten questions, scaffolded to start with then gradually allowing them to work on their own. It also involves some conversion of units on the harder questions. Complete with all the answers.

This is a handy template for creating Tarsia Puzzles. They are triangular pieces that form a hexagon when connected up correctly. Write words/definitions on each piece so that they pair up, cut up the pieces and then students have to put the puzzle back together based on their knowledge. This does not do it for you automatically. This is a great tool for testing knowledge on a wide range of topics.

This resource accompanies my FREE download of the Physics equations needed for the new GCSE (2016) for Physics. It is a blanked out version for students to complete. This is a great way for students to test, recall and revise the equations that they need to know. It can be used as a look, cover, write, check activity with the Physics equation sheet.

This lesson plan, presentation and worksheets contains everything to teach about increasing pressure in a gas and what happens to temperature. It also includes the P3 knowledge organiser (available separately) and the equation test sheet (also available separately). More physics resources can be found in my shop GradeGain.

Lesson plan, presentation and worksheets for a lesson about the modern day view of the structure of the atom. This follows on from the previous lesson about the development of the atomic model. It highlights relative sizes of the parts of the atom and introduces students to ions and isotopes.

A worksheet of calculations using F=BIl for the force on a current carrying wire in a magnetic field. These graded questions develop students ability with using then manipulating the equation. Suitable for new GCSE (2016). Complete with answer sheet.

Real life kinetic energy calculations for students to practice. Starts off with a worked example and progressively gets harder. There are also a couple of questions that require conversions from grammes to kg. Excellent introduction to the formula but also good revision practice.

A complete lesson plan and presentation for a lesson on Ohm's Law showing the resistance relationship for a piece of wire. Allows students to calculate resistance using current and voltage. Also includes two Ohm's Law differentiated worksheets which are also available separately.

A worksheet of differentiated calculations for specific heat capacity. Start off getting students to calculate energy and end up with them rearranging the equation to find mass and temperature change. Now with answers!!!

A fully differentiated worksheet with scaffolded questions for practicing charge, current and time calculations for Physics GCSE. Now with added answers ;-)

A scaffolded worksheet allowing students to access the equation P=I^2R. They start by calculating the power and move onto rearranging the formula to calculate resistance. They end up having to use the square root to calculate current. All these are set in the context of real life.