Relates atomic models of Dalton, Thomson, Rutherford and Bohr. Questions sheet to accompany it, questions are levelled according to Bloom.

A 30 minute lesson plan, a powerpoint and a Q&A sheet for a quick revision lesson on Group 2. The QéA sheet is written from the syllabus and can be used for individual or paired revision. Reviews welcome

This powerpoint is meant to be used in conjunction with a molecular modelling kit. Students work in groups to build what they think are the isomers called for. They can then rotate the chains to find out which ones are the same. Namenclature can also be tested Comments welcome.

A practical worksheet on the whiteboard to save with photocopying. A simple prac, put rocks in water, dry off and see if they have gained mass. A sample set of results are included. Comments welcome

Adaptation of a very useful power point on Rates of reaction and factors affecting rates. In its original free version it had over 60,000 downloads, so now after ten years I have put up the newest iteration and decided to charge, a little. It is still animated in all the useful areas and contains many hidden slides that can be unmasked to aid with understanding. Now includes recall questions as a starter and some more questions for a plenary The pack includes a couple of useful writing frames for note taking and a set of revision questions for students to learn. For more resources, many of them free, visit; https://www.tes.com/teaching-resources/shop/mrlowe

Help your students to turn the name of a chemical into the chemical formula. A carefully constructed sequence of exercises will teach your students how to write chemical formulae. Starting with simple binary compounds and working up through complex ions, like sulphate and nitrate, until they get to brackets. Then students are taken through writing equations with a worked example and then a series of questions. If you like this, leave a review, some constructive criticism or some questions. For more resources, many of them free, visit; https://www.tes.com/teaching-resources/shop/mrlowe or go and look at my most popular resource, 65,000 downloads (when it was free) https://www.tes.com/teaching-resource/gcse-rates-of-reaction-animated-powerpoint-updated-and-worksheets-12890327

How to calculate the empirical formula of a compound from the masses of the elements in it or the percentage composition. A written explanation, a worked example in two formats and a series of calculations to try out. Comments and feedback welcome. Now includes answer sheet If you like this, leave a review, some constructive criticism or some questions. For more resources, many of them free, visit; https://www.tes.com/teaching-resources/shop/mrlowe or go and look at my most popular resource, 65,000 downloads (when it was free) https://www.tes.com/teaching-resource/gcse-rates-of-reaction-animated-powerpoint-updated-and-worksheets-12890327

A very basic powerpoint and a cloze worksheet aimed at the middle to low ability. Watch the printing as the spectra are in colour and that makes the photocopying expensive. If capitation is an issue, best to print in greyscale and have students add their own colour using the presentation or use the new black and white version. If you like this, leave a review, some constructive criticism or some questions. For more resources, many of them free, visit; https://www.tes.com/teaching-resources/shop/mrlowe or go and look at my most popular resource, 65,000 downloads (when it was free) https://www.tes.com/teaching-resource/gcse-rates-of-reaction-animated-powerpoint-updated-and-worksheets-12890327