Contents: This is a complete lesson which contains recap of diffusion and osmosis. Learning phase: Active transport We Do activities as a class Independent task for students Learning phase: The importance of active transport We Do activities as a class Independent task for students

Do Now Activity {This can be changed based on students previous learning} Gravity: Teacher models with differentiation Gravity: Teacher models what is Weight Gravity: We do activities Teacher model: Weight (N) = Mass (Kg) X Gravitational field strength (N/Kg) Activities on formula Independent task of formula

Teacher models what is the Carbon Cycle Recap : Photosynthesis and respiration {linking this to the Carbon cycle} Student Activities and task on the carbon cycle

Do Now Activity {This can be changed based on students previous learning} Many teachers and student struggle to teach this topic. The lesson starts with a short recap and activity on important ecological terms. Abiotic factors is then taught with strong association with AS learning. Temperature PH Light Water and Humidity CONTENT FOR KS5 ONLY

Do Now Activity {This can be changed based on students previous learning} This lesson covers : Optical Microscope Magnification Electron Microscope (Transmission and scanning) Eyepiece Graticules and Micrometre I have attached 4 other documents to give the questions more practise on calculation on magnification and using eyepiece graticule.

Do Now Activity {This can be changed based on students previous learning} This lesson covers : Optical Microscope Magnification Electron Microscope (Transmission and scanning) Eyepiece Graticules and Micrometre I have attached 4 other documents to give the questions more practise on calculation on magnification and using eyepiece graticule.

Lesson Ready to go

This is a complete lesson on pupils who are being introduced to static electricty.

A complete lesson on Reflection of light ray, KS3, KS4, GCSE

Describe the structure function relationship. State and identify the different parts of animal and plant cells. Compare animal and plant cells.

Ready to go, download and teach! Lesson Ready to go! Key Highlights: Well differentiated starter with extension and challenge Dual coding Option of Think Pair Share Option of Group Activity Exam question practise A range of activities Well structured

Contents: Recap of Kinetic and GPE energy transfer Worked examples of linking both formulas Independent task

This is a complete lesson on enzyme actions What an enzyme is What is activation energy Key and lock model vs induced fit model Calculating rate of reaction Using tangent

Complete Lesson, just download and teach ! Note: Affordable price to keep us going :) We would love your feedback !

Lesson

Moment KS3

Complete Lesson, just download and teach ! Note: Affordable price to keep us going :) We would love your feedback ! Contents: Do Now Activity {This can be changed based on students previous learning} This lesson covers about the effect of lactic acid on the body, however before that it will go over anaerobic respiration and oxygen debt.

Complete Lesson, just download and teach ! Note: Affordable price to keep us going :) We would love your feedback ! Contents: This lesson covers giant ionic lattice and relates it to the properties of ionic compound such as melting/boiling point and the conduction of electricity. The format of the lesson is using the following mode of teaching: I do We do You do

This is a complete lesson, Ready to go ! This lesson covers: Calculating rate of reaction Using tangent to calculate the rate of reaction Factors affecting rate of reaction: Temp, PH, enzyme concentration and Substrate concentration Competitive and non-competitive reaction

This is a complete lesson, Ready to go ! This lesson covers electrolysis and provides a recap of the reactivity series. This lesson will give the students the knowledge of what electrolysis is and will prepare them to understand half-equation occurring at each of the electrodes. The mode of teaching this lesson follow is: (Feel free to change it) I do We do You do