Worked examples of the three different types of half-life calculations followed by four questions to complete. Suitable for GCSE and iGCSE. Can be used for initial teaching or as a revision tool. Suitable for Higher Tier students.

A detailed lesson plan and presentation covering the ideas of changes of state and internal energy. It takes the students through the concepts of the different changes of state: melting freezing evaporating/boiling sublimation It also covers the concept of internal energy for a heating curve for ice to steam.

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 scaffolded worksheet of 10 questions to help students practice using E=QV. This worksheet takes them through how to lay out calculations and rearrange them using the triangle method. There is also a tricky question at the end that links back to prior learning using Q=It as well. Answers included!

A fully featured lesson plan, presentation and worksheet that introduces students to scalar and vector quantities. They learn about magnitude and direction and classify different quantities as scalar or vector. The PPT then takes them through drawing magnitude arrows and then how to draw vector diagrams from this. The worksheet gives them plenty of practice at drawing simple vector diagrams. For more Physics resources see the rest of my resources at Grade Gain

A knowledge organiser for the basic knowledge of atomic theory. It covers everything from strcuture of the atom through half-life to nuclear equations all on one A4 sheet. This is an excellent revision aid and can be used for look, cover, write, check or testing each other or many different uses.

A structured worksheet to enable students to complete nuclear equations. It gives the main rules and then gives the students opportunity to develop their skills with more complex equations. Answers included! Get more at Grade Gain

A structured worksheet to take students through converting prefixes to actual numbers, for example, 10mA. It covers the main prefixes they will come across, micro, milli, centi, kilo and Mega. It enables them to practice a wide range of conversions. Complete with Answer sheet!

A GCSE Physics lesson plan and presentation that introduces moments and cantilevers to students. They need to complete the cantilever practical as specified in the AQA resources - measuring deflection when masses are added to a clamped metre rule. This introduces key terms and ideas. Please review my work ;-) Thanks for buying.

A complete lesson for the new GCSE(2016) Physics and Combined science specification. This lesson covers series circuits, their construction, measurements of current and voltage and calculations of resistance using Ohm's Law.

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.

The common circuit symbols that students are expected to know for GCSE Science. These are produced so you can print them out, cut them up and have a card sort activity. Print them onto different colours of card and laminate to make a long lasting resource. Covers all the common circuit symbols, switch, cell, battery, diode, resistor, variable resistor, LED, lamp, fuse, voltmeter, ammeter, thermistor and LDR. Also suitable for KS2 and KS3.

Lesson plan and presentation for electrical charge and current. Introduces concept of charge and provides sample calculations for students to calculate charge, current and time.

Taboo card game covering the main topics for Physics 2: electricity, motion, forces, stars. Motion: Speed, velocity, acceleration, terminal velocity, stopping distances etc. Electricity: AC, Mains, Static, plugs, resistance etc. Stars: Lifecycle, nuclear processes - fission and fusion Students play in teams of two. One person picks up a card and has to describe the phrase in the top box without using any of the words on the card. Their team mate has to guess it to win. The opposing two members of the four can jump in and steal the card by guessing correctly.

The lesson plan and accompanying presentation for Science students to learn about standard form, aka scientific notation, and common prefixes. The PPT is fully editable and has opportunities for AfL embedded into the lesson. Any images are CC0 license so royalty free. This takes students from guesstimating size, to understanding the need for standard form to recognising standard prefixes such as kilo. There is an accompanying homework task (available separately) - Powers of Ten, Prefixes and Standard form Homework/worksheet.

An animated PowerPoint file that enables you to play splat. Have a list of questions where the answers are parts of the electromagnetic spectrum and have two students at the board. The first person to "splat" the right answer wins. Winner stays on is always a good game but you can rotate in teams or anyway you like. Excellent for revision of the electromagnetic spectrum.

This has been produced as an extract of the AQA required practical document. It is designed to be printed two pages to a page and flip on short edge to form a booklet that students can then stick in their books. This is for required practical 4 - Resistance. The content is from AQA and the layout and formatting is my own. AQA may change the contents of their practical this is correct as of 07-07-2016. I have split it into 3 different practicals as that is how I prefer to teach it. They are 4a, 4b and 4c.

This has been produced as an extract of the AQA required practical document. It is designed to be printed two pages to a page and flip on short edge to form a booklet that students can then stick in their books. This is for required practical 4 Resistance. The content is from AQA and the layout and formatting is my own. AQA may change the contents of their practical this is correct as of 07-07-2016. I have split it into 3 different practicals as that is how I prefer to teach it. They are 4a, 4b and 4c.

This has been produced as an extract of the AQA required practical document. It is designed to be printed two pages to a page and flip on short edge to form a booklet that students can then stick in their books. This is for required practical 4 - Resistance. The content is from AQA and the layout and formatting is my own. AQA may change the contents of their practical this is correct as of 07-07-2016. I have split it into 3 different practicals as that is how I prefer to teach it. They are 4a, 4b and 4c.