Revision worksheet covering content from the Edexcel science GCSE (9-1) CP9 topic. Includes content from: CP9a Electric Circuits CP9b Current and Potential Difference CP9c Current, Charge and Energy CP9d Resistance CP9e More About Resistance CP9f Transferring Energy CP9g Power CP9h Transferring Energy by Electricity CP9i Electrical Safety *Intended to be printed as a double sided A3 worksheet. There is a separate sheet with all of the learning outcomes for this topic. *

Revision worksheet for the new Exploring Science 8L unit all about Earth and Space. Intended to be printed as an A3 double sided worksheet - has learning outcomes on reverse side to check learning against

CP13b lesson from the Edexcel combined science GCSE (9-1) all about extension and energy transfers. The lesson includes what the spring constant is, calculating the spring constant and calculating the energy transferred in stretching.

12.7 lesson from the OCR Biology A A Level all about preventing and treating disease. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

New Edexcel Science GCSE, CC7 topic looking at Allotropes of Carbon. Lesson includes looking at the properties and structure of fullerenes, graphene, graphite and diamond. All of CC7 can be found here (https://www.tes.com/teaching-resource/edexcel-cc7-11284498)

The Edexcel CC3 'Atomic Structure' and CC4 'The Periodic Table' topics summarised on a page each. Intended for use in helping students revise for the end of topic test. Includes content from : CC3a Structure of the Atom CC3b Atomic Number and Mass Number CC3c Isotopes CC4a Elements and the Periodic Table CC4b Atomic Number and the Periodic Table CC4c Electronic Configuration and the Periodic Table I've included the PDF version so that the formatting/layout is the same on any computer and the word version if you want to adapt it and change anything.

12.5 lesson from the OCR Biology A A Level all about non-specific animal defences against pathogens. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

12.6 lesson from the OCR Biology A A Level all about the specific immune system. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

SB7i lesson from the new Edexcel Biology GCSE (9-1) all about the kidneys. The lesson includes the structure of the nephron, how the blood is filtered in the nephron, adaptations of the nephron and the role of ADH in controlling water content.

CC15a lesson from the Edexcel combined science GCSE (9-1) all about exothermic and endothermic reactions. The lesson includes what exothermic and endothermic reactions are, reaction profiles for exothermic and endothermic reactions and examples of both reactions.

12.3 lesson from the OCR Biology A A Level all about the transmission of communicable diseases. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

CB2f lesson from the new Edexcel science GCSE (9-1) looking at neurotransmission speeds. The lesson includes what motor and relay neurons are, comparing impulse speeds of neurones, synapses and the reflex arc.

SB7g lesson from the new Edexcel Biology GCSE (9-1) all about thermoregulation. The lesson includes what homeostasis is, average human body temperature, enzymes, the role of the hypothalamus, shivering, hairs standing on end, vasoconstriction, sweating, vasodilation and negative feedback. One ten minute task towards the end of the lesson requires the ActiveLearn worksheets but could easily be substituted for other worksheets

SB9b lesson from the new Edexcel Biology GCSE (9-1) all about energy transfer. The lesson includes plants getting energy from the sun, energy transfers through food chains, biomass calculations and pyramids of biomass. One task does involve the use of a worksheet from the ActiveTeach but could easily be swapped out for other available worksheets

CP12d lesson from the edexcel combined science GCSE (9-1) all about gas temperature and pressure. The lesson includes what gas pressure is, how to increase gas pressure, absolute zero and converting between oC and K. (There is one link to a video on the ActiveTeach which could be replaced with other available videos.)

12.2 lesson from the OCR Biology A A Level all about animal and plant diseases. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

CP13a lesson from the Edexcel combined science GCSE (9-1) all about bending and stretching. The lesson includes elastic and inelastic materials, extension of springs and an investigation looking at squashing a ball.

New Edexcel Science GCSE, CB3 topic looking at Gene Mutation. Lesson includes looking at characteristics controlled by more than one gene, variation in eye colour, what mutations are, when mutations happen, examples of mutations and the human genome project. *All of CB3 can be found together here (https://www.tes.com/teaching-resource/edexcel-cb3-11291549)*

CC13b lesson from the Edexcel combined science GCSE (9-1) all about group 7. The lesson includes appearance of the halogens, physical properties, testing for chlorine, uses of the halogens, halogens reacting with metals and halogens reacting with hydrogen.

CC13c lesson from the Edexcel combined science GCSE (9-1) all about halogen reactivity. The lesson includes halogens reacting with iron wool, displacement reactions, explaining the trend in reactivity and redox reactions.