This lesson uses carefully chosen examples with picture representations as well as chemical formulae. There are two differentiated worksheets (embedded in in the ppt) with answers and a plenary quiz. Thoroughly tried, tested and recommended.

This lesson uses carefully chosen examples with picture representations as well as chemical formulae. There are two differentiated worksheets (embedded in in the ppt) with answers and a plenary quiz. Thoroughly tried, tested and recommended.

A fun and competitive interactive whiteboard game in which two teams take it in turns to match tiles. The game automatically scores and has a built in timer in the event of a draw. Students really enjoy the competitiveness. This game won a Microsoft innovation award. Very strongly recommended for all ages. This template allows you to make your own interactive whiteboard games. Making your own game should take about five minutes. A bonus matching pairs pictures template is included so you can include pictures and diagrams in your games. Nineteen exemplar Matching Pairs Games are included with editing enabled to let you customise them. Updated April 2015 to contain a one player timer and improved feedback to responses. There are many free examples of Matching Pairs Games to try before you buy. Please visit my shop; https://www.tes.com/teaching-resources/shop/bennyjohn5 bennyjohn5@hotmail.com

An animated presentation on fusion and fission. Suitable for use with GCSE or A-level Physics. Updated and extended April 2017

An exemplar FREE Four in a Row game on Radioactivity is available to try before you buy. Four in a Row games on six other physics topics are available individually from my shop or as a bundle at a greatly reduced price. Four in a Row is a game for your whiteboard. Nothing needs to be printed or prepared to play this game. The game-play is somewhere between noughts and crosses and blockbusters. Two teams alternate, competing to correctly answer questions on the grid. The board is interactive - clicking tiles changes the colours and also reveals answers. Physics Equations Four in a Row is designed primarily for GCSE Physics/ Combined Science courses but may be useful elsewhere.

A fun competitive interactive whiteboard game in which two teams take it in turns to match velocity-time and displacement-time graphs to their descriptions. Suitable for GCSE and A-level. The game automatically scores and has a built in timer in the event of a draw. Students really enjoy the competitiveness, strongly recommended. This game won a Microsoft innovation award. A version containing an editor and picture pairs is now available to buy on TES resources. Visit my shop; www.tes.com/teaching-resources/shop/bennyjohn5

This lesson was graded as Outstanding at an interview. Mini-whiteboard starter with unusual adaptations, surface area to volume ratio calculations and a differentiated written plenary.

Ninety questions based on the popular iPad quiz game. Gets students oddly competitive and excited about literacy in Science. 90x Science slides, 32x Biology slides, 34x Chemistry slides, 35x Physics slides Updated and expanded 18-08-2017

This presentation was designed for a very successful interview lesson. The diagrams are animated and there are lots of AfL questions. A series of graded question sheets with answers are embedded allowing differentiation.

An excellent resource for recap and revision aimed at higher GCSE level. Contains differentiated question sheets with answers. Covers electron shells, names of ionic compounds, animated diagrams for two ionic compounds and two covalent compounds. Recommended.

This is probably my most polished, proud and complete set of resources for any A-level unit. The presentations and activities will generate discussion making this topic much more appealing and broad than just the equations. There are several games and internet based activities included. All the question sheets have carefully presented answer sheets. This is a tried and tested collection. I think even teachers who have been presenting this topic for decades will find some exciting ideas here.

A tried and tested lesson on absorption and emission spectra. Contains a recapping starter, an identifying spectra task and consolidation exercises. By using energy numbers for the levels students engage with the concept much better. Suitable for AQA Combined Science Trilogy 4.4.1.1 or AQA GCSE Physics 6.4.1.1 or A level Chemistry or Physics.

These lessons contain ray diagrams, power calculations and lens practicals. Quizzes, question sets and practicals are in the presentation. This presentation was originally used to teach the topic at GCSE and stop short of the A-level lens equation.

Plays by the same rules as popular children's card game "Top Trumps". I use this to introduce the particles topic at A-level. Can't recommend this enough - it turns particles into a favourite topic. Make up a whole class set and students will accidentally learn loads. My students like to keep the cards on the desk for the first few lessons to help familiarise themselves. Images by kind permission of www.particlezoo.net

A bingo game designed to get the whole class using their brains to consolidate this topic. There are 22 graph-based questions, the answer and method is shown after each question. The questions are in difficulty order. Surprisingly competitive.

Four in a Row is a game for your whiteboard. Nothing needs to be printed or prepared to play this game. The game-play is somewhere between noughts and crosses and blockbusters. Two teams alternate, competing to correctly answer questions on the grid. The board is interactive - clicking tiles changes the colours and also reveals answers. A FREE exemplar Four in a Row game on Mental Maths is available to try before you buy. Four in a Row games on five maths topics are available individually from my shop or as a bundle at a discounted price. The level of challenge is aimed at higher ability level GCSE students but it will serve as a useful starter at A-level. As an indication of the difficulty, the hardest expressions to factorise are; x² + 2x - 35 = (x + 7)(x -5) 2x² + 7x + 3 = (2x + 1)(x + 3)