Lesson on the properties of simple molecular compounds for Edexcel.Includes starter, new info, video links and some relevant questions linked to the main Pearson Edexcel Combined Science textbook for GCSE Science (CC7a section)

Excellent lesson on metallic bonding. Focused on foundation learners. Includes starter, video links and main tasks linked to the main Pearson combined science textbook P190. Could be adapted to use with other textbooks easily.

Lesson covering the properties of the maon allotropes of carbon - linked to the Pearson combined science textbook “cc7b”, but it could be easily adapted to whatever textbook you have. Includes starters, video links main activities linked to the textbook and exam practice at the end. Plenty to keep them busy! Success criteria Describe what a giant covalent structure is State what an allotrope is State some uses for diamond and graphite Describe the properties of diamond, graphite, graphene and C60 (fullerenes) Explain why diamond and carbon have these properties using correct scientific language.

Super simple lesson to introduce covalent bonding to a foundation set. Lots of diagrams to guide them and printable slides that they can fill in. Starter and plenary activity also included

Introduction to covalent bonding suitable for the higher end students, includes a starter question linked to ions. Using teh periodic tableto predict whether a formula will be covalent. Covalent dot and cross practice questions. Success criteria… State what a covalent bond is and how many electrons it contains. Independently draw a covalent bond for hydrogen and a group 7 molecule Being able to draw a covalent compound using a 2 different elements combined for example H2O/ CO2

A top notch lesson focusing on the differences between strong and weak acids a theory lesson with starter activity, theory slides and main activities. Main task uses Combined Science book from Pearson, though you could use any relevant textbook. Also includes plenary activity.

A challenging topic for some so this lesson has been scaffolded to start with word equations (acid + metal hydroxides (alkalis) and move towards symbol equations for the fast workers. Also includes some starter questions and some true or false questions at the end to finish off.

A lovely lesson on calculating empirical formula (every students favourite topic!) - aimed at a mid range class with reasonable numeracy. Contains clear examples + activities within the presentation that can be printed off and completed. Also included is a blank template to help students structure there answers until they become more confident.

A tip top lesson on the theory behind the electrolysis of solutions for Edexcel GCSE Chemistry/Chem combined Science. Has question references to Pearson Edexcel textbook. This lesson will hopefully go some way to giving your evening back!

Lesson introducing electrolysis principles for the higher tier. Includes starter, video links, and main activities linked to the Pearson combined Science textbook (relevant pages also available in the Chemistry version of the textbook.

Displacement reaction theory lesson - presentation + practice questions. Aimed at the higher end of the GCSE ability range

Alkali metal lesson for edexcel GCSE - aimed at the higher end ad assumes you’re going to do the classic alkali water trough demo as part of the lesson. Work sheets in the ppt you can print off, Also true or false quiz and a fill in the gaps activity to finish.

Edexcel alkali metals lesson focused on grades 4-6. Classic lesson with demo of the alkali metals. All the theory and video links you need. Also an opportunity to practice word and symbol equations.

Introduction to the halogens (group 7). Lesson aimed at the top set Gd 5-9. Graphing activity linked to boiling points.Can use as a more active lesson by placing the halogen property slides around the room so students can stretch their legs while gathering the data. Well worth showing the sublimation of iodine in this lesson as well.

Alkali metals lesson focused on foundation tier content. Not essential but lesson refers to some pages from the standard Pearson textbook.

Full lesson including practical guidance for the sodium thiosulfate rates of reaction practical where you change the temperature to see the affect on the rate of the reaction. This lesson is aimed at a mid to high set. Prac instructions equipment checklists and sample results all included. You’re welcome!

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.

This is a chunky resource to help structure your students planning through a reaction time/caffeine investigation. Suitable for year 9 upwards, includes the structuring of the entire investigation including an optional part you can print out that supports lower attainers and separate slides that can be printed out for more independent learners. Obviously you can also adapt it for your students Designed to be at least 5 lessons worth of work if they’re going to do the research as well.

This investigation is structured across 6 lessons and is probably best for a mid to low attaining group. The idea is they investigate how the % of sand to cement in “Bob’s bricks” (other builders are available!) affect the strengths of the bricks. It’s an opportunity to do a full investigation as well as a bit of background research if you like. Easy to adapt if necessary but is a good trawl through the scientific method!