Straightforward rate of reaction lesson aimed at Gd 5-9. Includes results tables analysis questions. Reaction is a simple reaction between Mg strip and acid.

Need a test with a mark scheme? This test is on groups 0, 1 and 7 of the periodic table. Students can complete on lined paper and even use the mark scheme to check their progress after completion.

Introduction for rates of reaction section aimed as a Gd 4-7 set. Includes a suggested practical with results table that you can print out. As well as analysis questions for students to answer.

Intro lesson to rates of reaction based on the Edexcel spec. Links with a CC14a from the Pearson textbook if you use it. Lesson is aimed at foundation students and contains as simple practical to carry out with a print out for pupils to collect their results.

Simple lesson for a foundation set where they use alka seltzer tabs to measure a rate of reaction. Divide the tablets into rough quarters to save money!

Practical lesson with method, results table and analysis questions. Extension activities link to the combined science Pearson textbook if you have it. But lesson runs fine without it. Typical results included and pictorial method added to help students. Aimed at a middle set - around Gd 4-6

Lesson aimed at a low ability set studying surface area and rates of reaction. Using jelly cubes as simple way to explore the ideas in this topic. Starter, results table and class results include.

Super simple rates of reaction practical lesson for a low ability foundation set. To save cash use magnesium carbonate powder or if you can afford it - alka seltszer tablets broken up into rough quarters. Visual method availableto help students with the practical that could be printed out.

Foundation lesson for catalyst topic. Based on the Pearson/Active Learn scheme and has some tasks referenced to the combined science textbook. Plenty of straightforward tasks for a lower set to get on with. Video links as well.

Revise this topic with a selection of activities pupils can choose from.

Edexcel SC13a Transition Metal Theory - straightforward theory lesson on transition lessons - some page references relate to the Pearson GCSE Chemistry textbook.

It’s a test, print it out, get them to write their answers on lined paper. Use the mark scheme and they can self assess it.

An introduction to the way electrons are arranged in atoms using the standard model at GCSE. An extension sheet references an activity from active learn - if you use that package, A standard periodic table would also be useful to help students with this lesson.

Titration lesson theory with NaOH/HCl titration as an example. Full method for working out these types of titrations.

Lesson going through the key concepts students need to master in this crucial part of chemistry,. Identify key apparatus used in titrations and their uses. Use a pipette or measuring cylinder safely Record appropriate results Carry out a “rough” and at least 2 accurate titrations. Calculate the “mean volume” from your titrations. method and results table included.

A tip top lesson to help guide your students through their core practical lessons . Specifically how to carry out a titration and the relevant analysis tasks needed. Suitable for any board.

A lesson going through how to calculate titration calculations using examples and print off templates that help scaffold for these types of questions. It will be handy if you then use your own worksheets/textbooks for students to practice the techniques they have learnt from this lesson.

A practical lesson to illustrate the concept of % yield. Gull practical instructions given, suitable for students to use.

Intro science lesson for year 7 focusing on why we study science. Students can do some “round the room” research to find out about some famous scientists - info can be printed off and stuck around the room.

Lesson focused on calculating gas volumes/limiting reagents principle with a suggested practical with Mg and acid . Blank results table and “dummy” results included for analysis if you run out of time.