Fully planned and resourced lesson on Energy Calculation revision for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Use equations to calculate energy 1.Calculate kinetic energy Calculate GPE 3.Calculate Elastic potential energy

Fully planned and resourced lesson on EM Waves for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: To compare the properties of EM waves 1.Describe the uses and dangers of EM Waves 2.Describe a method to investigate infrared radiation 3.Calculate wave speed

Fully planned and resourced lesson on energy stores and transfers for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Explain the discovery and properties of atoms Practice calculating Ek, Ep, and Power 2.Practice application exam questions on insulation methods 3.Derive the units for the Spring Constant k using F=ke

Fully planned and resourced lesson on Specific heat capacity and states of matter for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: To explain different factors that effect the particle model Relate the particle model to density 2.Analyse specific latent heat graphs 3.Write a method to investigate specific heat capacity

Fully planned and resourced lesson on circuit rules for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. To revise the different rules of electrical circuits 1.Rules for series and parallel circuits 2.Explain how LDR and thermistors work 3.Explain IV graphs

Fully planned and resourced lesson on mains supply and the grid revision for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: To explain how electricity is supplied via the national grid 1.Explain the uses of the wires in a plug 2.Explain what makes the national grid efficient 3.Calculate transformer efficiency

Fully planned and resourced lesson on Newtons laws for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL.

Fully planned and resourced lesson on Reflexes for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Describe how reflexes occur and the role of the synapse State what is a reflex and why it is important. Label a diagram of a reflex arc and explain how information is passed in a reflex arc. Explain how a synapse transmits information.

Fully planned and resourced lesson on homeostasis for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Explain how homeostasis maintains bodily functions 1.Explain what homeostasis is and why it’s important 2.Describe what conditions need to be controlled. Explain how body temperature is controlled.

Fully planned and resourced lesson on physcis paper 1 revision for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: To revise physics paper 1 To revise energy To revise electricity To revise radiation

Fully planned and resourced lesson on stopping distance for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Explain the factors that affect stopping distance 1.Describe the factors that affect thinking and braking distance 2.Calculate conservation of momentum 3.Describe factors that effect reaction time

Fully planned and resourced lesson on Motion Velocity for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. Explain how an object reaches terminal velocity 1.Explain velocity-time graphs 2.Describe the stages of terminal velocity 3.Calculate distance from a velocity-time graph

Fully planned and resourced lesson on Nerves vs Hormones for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL.

Fully planned and resourced lesson on the reaction time required practical for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: To safely investigate reaction times Describe a method which tests for the effect of caffeine on reaction time. Carry out repeats and calculate a mean. Explain how the experiment can be more precise and accurate.

Fully planned and resourced lesson on DNA and genetics for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: To explain how DNA is inherited Describe the structure of DNA 2.Describe the different methods of classification 3.Explain the probability of an inherited characteristic using a genetic cross

Fully planned and resourced lesson on Cycles and biodiversity for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL LO: Explain the effect of carbon on biodiversity 1.Describe the stages of the carbon cycle 2.Explain the role of peat bogs on global warming 3.Describe a method to use quadrats and transects

Fully planned and resourced lesson on Evolution for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Explain the role of natural selection on evolution Compare natural selection and selective breeding 2.Explain the risks of selective breeding 3.Interpret antibiotic resistance graphs

Fully planned and resourced lesson on Cells and microscopes for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Recall cell biology Recall knowledge on cells and microscopes Practice a 6 mark question on microscopes Practice Higher Tier exam questions

Fully planned and resourced lesson on sexual and asexual reproduction for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO:To explain the difference between sexual and asexual reproduction 1.Identify sexual and asexual reproduction from diagrams 2.Describe the differences between the two types of reproduction 3.Evaluate each type of reproduction

Fully planned and resourced lesson on Reproductive hormones for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Explain the role of hormones in the menstrual cycle Describe the stages of the menstrual cycle. Explain how FSH, oestrogen, LH and progesterone interact to control the menstrual cycle Extract and interpret data showing hormone levels during menstrual cycle

Fully planned and resourced lesson on Diabetes for KS4 GCSE Combined science AQA. Includes scaffolding challenge and AFL. LO: Explain the effect of diabetes on the human body Compare type 1 and type 2 diabetes. Explain how each can be treated. Extract and interpret data from graphs to show the effect of insulin in blood glucose in both people with and without diabetes.