This is a KS3 lesson introducing 'Distillation and Evaporation'. Includes think pair shares, word fills, learning checks for AFL, practical demonstration and exam style questions to consolidate. Lesson Objectives Define evaporation Describe how distillation can be used to separate liquids according to boiling point Describe and explain uses of distillation

Learning Objectives Describe what a drug is Compare and contrast the effects of different drugs on the body Evaluate experimental methods and suggest improvements All resources included and plenty of opportunities for AFL and learning checks. Varied activities including card sort, word fill, practical, quiz, exam pratice etc. Skills Using scientific ideas to create and justify hypothesis Applying knowledge to explain a range of scientific ideas

Learning Objectives Explain how to measure the capacity of the lungs Experimentally measure lung capacity Link necessity of large lung capacity for athletes All resources included and plenty of opportunities for AFL and learning checks. Varied activities including explanatory animation, video, demos, exam practice, practical etc. Skills Writing valid scientific method which will produce reliable, accurate and precise data Recording and presenting data using a suitable graphical method

Learning Objectives Explain how the lungs are adapted for efficient gaseous exchange Compare and contrast human and sheep lungs Link to dissection of sheep lung All resources included and plenty of opportunities for AFL and learning checks. Varied activities including explanatory animation, letter writing, lung dissection etc.

Learning Objectives Identify main parts of the lung Explain the function of the main parts of the lung Explain how we breathe in and out All resources included and plenty of opportunities for AFL and learning checks. Varied activities including video, quiz, picture labelling, practical of lug model making etc

All resources included with plenty of opportunities for AFL and varied activities including DART activity, story board, video and letter writing. Learning Objectives State examples of techniques that can be used to separate sediment etc. from water Describe and explain the steps used to purify water in sewage plants Evaluate the chlorination of water

Varied tasks including demo, card sort, extended writing and many AFL opportunities. Including all worksheets. Lesson Objectives Define solute, solvent, solution and solubility and give examples of each Explain solutions in terms of particle theory Explain the effects of factors affecting solubility such as temperature, mechanical agitation, solvent etc.

Varied tasks including experiment, demo, card sort, spot the mistake and many AFL opportunities. Including all worksheets. Lesson Objectives Describe a mixture in terms of particles; Define some examples of mixtures as colloids, suspensions or solutions Describe, using scientific terminology, techniques to separate mixtures

Varied tasks including video clips, cardsort, extension to challenge high attainers and many AFL opportunities. Including all worksheets Lesson Objectives Identify and explain the male and female parts of a plant Explain the two types of pollination in terms of plant reproduction Evaluate the different types of seed dispersal

Varied tasks including video clips, storyboards, extended writing task and many AFL opportunities. Including all worksheets Lesson Objectives Identify and explain the features of the female reproductive system during pregnancy Explain how the foetus grows Evaluate how substances are transferred between mother and baby

Varied tasks including video clips, story boards, card sorts and many AFL opportunities. including all wok sheets Lesson Objectives - Describe the main stages in the menstrual cycle - Explain the process of fertilisation - Explain the journey of the egg and sperm

KS3 Lesson on Reproductive Organs Varied activities and numerous opportunities for AFL Lesson Objectives Identify the features of the male and female reproductive systems Explain the functions of the main structures in the male and female and reproductive systems Evaluate the adaptations of sperm and egg cells (gametes)