An excellent lesson that takes you through the basics of a titration and how to collect data from it. Includes method, blank data tables and relevant questions + the theory that goes a long with the reaction.

Core practical looking at how ph changes when you add a powdered base (calcium hydroxide) to an acid (HCl) in this case. Your own risk assessment must be done for this lesson

A beefy lesson which will probably tale a double session for most classes as it incorporates the theory behind the word and symbol equations as well as information for a full practical session with analysis questions to finish. Your own risk assessment must be carried out for the practical.

Practical lesson where students can plan to find out which sample has the highest % of salt in a selection of 3 samples. Set as a challenge will require planning by students. Both basic and advanced methods given if they reach a dead end. Would be suitable for an extended lesson “100 minutes” or two singles.

Theory lesson suitable for Y12 Chemistry introduction to oxidation number and redox reactions Success criteria are… Identify the difference between oxidation and reduction in terms of electrons Define what a reducing agent/oxidising agent is. Apply the idea of oxidation numbers to unfamiliar compounds Identify oxidation or reduction using occurring in balanced symbol equations Identify oxidising and reducing agents from balanced symbol equations Deduce the type of reaction occurring due to oxidation number change

Full theory lesson on calculating concentration in g/dm3 Includes starter activity and accompanying worksheet with three tiers of questions (easy, medium hard)

A lesson all about those lovely fuel cells and how they work. Presentation includes links to 3 separate H cell you tube videos for you to choose from. Final activities link to the standard Pearson textbook.

A practical focused on 2 of the main properties of ionic compounds a) they usually dissolve in water and b) they have high melting temperatures. The lesson has a starter activity, with answers a practical and some review questions. Suitable for a 50/60 minute lesson.

Lesson focusing on the key properties of ionic compounds. Includes a simple practical for students to carry out. as well as a starter activity on ionic formulae and analysis questions at the end.

Properties of ionic compounds lesson including practical for foundation students. Includes simple, starter activity and other activities linked to the standard combined science textbook (Pearson) .

Lesson focused on the properties of simple covalent properties for foundation tier. Book references in the lesson link to the standard Pearson textbook for combined science. Ends with a true or false quiz and also a "learning log. Starter question is also included. Success Criteria To state the properties of simple covalent molecules To be able to explain why covalent compounds have low melting and boiling points. To be able to explain why simple covalent compounds do not conduct electricity

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!