Full lesson to teach students how to make redox equations and balance them, with exam questions with answers

Aimed at KS3 can be easily changed for GCSE has a litracy activity to start.

Complete lesson on reaction of acids GCSE it is fully graded from A* to C (level 9 to 3 new GCSE).

lesson plan and resources for the new GCSE specification AQA on extracting iron.

Full lesson and resources for teaching group 7 and 0 for the new GCSE spec

lesson on transition metals for the new GCSE course

complete lesson where the idea of carbon foot print is introduced and students work out the carbon foot print of different familys.

complete lesson with recourses to teach atomic structure

complete lesson on chemical formula in compounds, second lesson on the new AQA GCSE. Worksheet to help students understand.

6 lessons and recourses for the KS3 topic 8E elements, mixtures and compounds

full lesson on properties of polymers and includes a practical on making slime. Aimed at GCSE

Aimed at KS3 can be easily changed for GCSE

Complete lesson looking at resistance in different wires. The lesson is aimed at KS3 but can easily be changed for GCSE

Lesson with activities for teaching the electron arrangement in elements and how it relates to the modern periodic table. For the new AQA GCSE

Lesson aimed at year 7 on the topic of cells to show them how to use a microscope.

KS3 lesson on animal cells, with demo. You will need to set an orange and jelly babies in jelly before the lesson to model the cell for the students.

Lesson on speciallised cells, students use the information to find how the cells are suited to their job in a cell. The lesson includes a worksheet for students to fill in and homework sheets. This is aimed at KS3

Full lesson on how plants reproduce

lesson on the structure of the leaf aimed at KS3 could easily be changed for GCSE

Full lesson on animal and plant cells, for the new GCSE

lesson for GCSE chemistry on the reaction of magnesium and oxygen, leads students on the mole calculations for the reaction.