AQA 9-1 Chemistry lesson on bond energies.
Fully differentiated and high challenge lesson, inc PPQs, extension challenges, clear worked examples & AfL.
Revision lesson including past paper Qs on periodic table & atomic structure.
This is targeted at Foundation AQA combined science GCSE students, with obvious relevance to all students.
Quick whistle stop lesson before the exam I shall be using this, and then another covering bonding/energy changes etc.
Cheap & Easy to deliver lesson ready for the exam.
Also of use for year 10 mocks coming up.
A lesson on reactivity, displacement and redox reactions for a high ability Y10 Chemistry set. The directed self study is available through chemsheets, but as I am not copyright holder for the resources I can not share these here, but I can highly recommend you subscribe to them, or get your dept to do so!
Lesson is highly challenging and pace is at the centre of this lesson.
A resource with both Higher & Foundation tier content, covering salts from metals. This lesson contains the practical Zn + Sulfuric acid reaction to prep a salt.
HT content includes half equations and practice on this.
FT will write up practical where as higher tier will go through half equations.
FT homework is PPQ & HT homework is to complete write up of the practical.
Includes starter, differentiated outcomes & extension/challenge tasks.
A resource, mainly comprising of the practical workbook, but with leveled outcomes & starter/plenay slides also. This covers Making Salts required practical from AQA Chem/Combined trilogy.
A revision lesson covering Earth’s atmosphere for AQA 9-1 Combined Trilogy (easily adapted for Chemistry or Synergy)
The lesson covers key areas and is fully outcome driven for progress.
Includes levelled outcomes & differentiated PPQs.
AQA lesson from unit 2, Bonding & Structure. This lesson follows Ionic bonding, and covers ionic structure, properties & focuses on conductivity.
Fully differentiated and outcome driven, includes past paper questions.
A fully differentiated resource for electrolysis of molten ionic compounds, including Higher tier content section around half equations & then practice papers .
9-1 AQA . A full & differentiated lesson on group 7. Targets higher ability but easily adapted. Does not include practical work, however can easily be adapted to include halogen displacements mini practical.
Includes past papers questions and a wide array of AfL.
A fully differentiated lesson on the development of the periodic table, with recap task on electron structure.
The lesson contains literacy & group based tasks, and leads into the next lesson on table arrangement.
Includes PPQs at RAG differentiated levels, based on AOs.
An entire lesson (2 dependent on ability) for collision theory, rates of reaction calculations & surface area.
Fully outcome driven against the following. Can be adapted for higher/lower ability classes.
State that chemical reactions can only occur when a collision occurs with enough energy.
Describe how surface area of a solid can be increased.
List the factors that can affect the rate of a chemical reaction.
Calculate rates of reaction
This lesson focuses on the calculation side, something students are generally weaker on, with the practical following next lesson.
Fully differentiated and scaffolded to support with examplar answer to make peer/ self assessment a big part of your lesson.
Lesson as part of Chemistry unit 1, AQA 9-1 spec.
This lesson covers basics of RAM, Ions & isotopes & standard form as well as scale.
The lesson is clearly differentiated & included leveled Past paper application, video activities & numeracy tasks throughout, including recap activities.
Activities include WAGOLL slides for peer/self assessment & mark schemes for PPQs
A fully differentiated lesson on group 1 alkali metals.
The lesson contains a large amount of AfL, past paper questions, independent & group work, as well as peer/self assessment tasks.
Be sure to have the practical booked or a suitable video.
Planned for an observation with top set year 9.
A full lesson including PPQ & application work on carbon compounds, fullerenes & nanotubes.
The lesson covers bonding in diamond/graphite & silicon dioxide as well as associating properties of these, to their uses.