A fantastic first lesson on photosynthesis for a KS3 class or as a recap for a lower ability GCSE class This is a fully resourced lesson to introduce the concept of photosynthesis and includes: A carefully designed powerpoint to teach from 2 activities (gap fill & equation cut & stick) 2 in-lesson quizzes Linked videos A complete lesson plan The activities for this lesson are perfect to keep students engaged. The cut and stick activity allows students to learn the equation in a fun & interactive way.

An activity to help students understand and interperate the equation for photosynthesis. Pefect for a KS3 or lower ability GCSE class as a way to introduce the topic or to revise the equation. Students cut out the words & symbols of the equation for photosynthesis and have to arrange it in their books Each component of the equation also has a short gap fill to explain where the reactant or product comes from / is used This resources comes with a ‘instruction’ powerpoint slides to show pupils how to complete the acitivty.

A worksheet designed for a mixed ability class, mainly aimed at year 7 & year 8. The worksheet covers 4 different areas: The concept of diffusion True or false questions about the details of diffusion The alveoli as an exchange surface The villi as an exchange surface Answer sheet is included.

A fully resourced lesson about Specialized Cells for a KS3 mixed ability class. Lesson includes: Starter task recapping respiration Slides explaining the concept of specialized cells in an engaging way with lots of real life examples and analogies A fully resourced task whereby students learn about each specizlaied cell type in groups and then present back to the class A plenary quiz Powerpoint & resources all inlcuded with lesson.

An entire set of detailed revision notes on the Immunity topic for A Level Biology These notes include details on defence mechansims, the role of T cells and B cells in cell mediated and humoral immunity, cytotoxic T cells, antibody structure, vaccines, herd immunity, passive and active immunity, HIV & AIDS and monoclonal antibodies

A complete, no-prep lesson teaching about Energy Stores & Transfers with clear diagrams and explanations and a 2 page worksheet with answers included. The powerpoint contains: Definition & Examples of a System Energy Conservation Open & Closed Systems Explanation & Examples of all the different Energy Stores Explanation of Energy Transfers (work done & heating) Summary tables of all energy stores & transfers Real life examples In class questions with answers Summary slide The worksheet is 2 pages containing a recall exercise for the names of energy stores from their definition, gap fill exercise on energy stores and questions on energy transfers Check out our other resources for Physics, Biology, Chemistry and Geography here.

A complete no-prep powerpoint teaching about kinetic energy with walk-through calculations and a 2 page worksheet with answers included. The powerpoint contains: What is kinetic energy? The Ek = ½ m V2 equation How to calculate kinetic energy with worked examples How to rearrange the equation to calculate mass and velocity with worked examples Summary slide The worksheet is 2 pages containing a gap fill exercise on kinetic energy stores, a recall question on the equation and many practise questions for using the equation and rearranging it too. Check out our other resources for Physics, Biology, Chemistry and Geography here.

A set of 5 worksheets on the Natural Hazards topic from GCSE Geography These worksheets are designed to test students knowledge and mimic exam-style questions to prepare students for their exams. Use in conjunction with the Natural Hazard Lessons to teach and revise this topic Worksheets included are on: Natural Hazards & Tectonic Plates (concept of hazards, distribution of hazards, Earth structure, types of plates) Plate Boundaries (constructive, destructive and consevative) HIC & LIC Case Studies (Nepal & Italy Earthquakes) (2 pages) Why people live near tectonic hazard? (mining, farming, tourism, geothermal power) (2 pages) Managing tectonic hazards (monitoring, prediction, protection, planning) Need powerpoints to teach / revise these topics? See below: 1. Natural Hazards & Plate Tectonics 2. Plate Boundaries 3. Nepal & Italy Case Studies for HIC & LIC earthquakes 4. Living Near Tectonic Hazards 5. Monitoring Natural Hazards

A carefully laid out and concise lesson / revision resource on Managing Tectonic Hazards topic for AQA This download includes a Powerpoint, 2x Activity Sheets & a Worksheet Powerpoint includes: Monitoring: Volcanoes: Use of seismometers, tilt meters, remote sensing, gas sensors Earthquakes: Seismometers, Gas sensors, Ground water levels Prediction Volcanoes: easier to predict, allows for quicker evacuation, uses same tools as monitoring Earthquakes: very hard, can use seismic gap theory, animals heave strangely, uses same tools as monitoring Planning Volcanoes: Evacuation plan, Training, Educate residents Earthquakes: Stick furniture and objects down, Evacuation plans, Education e.g. earthquake drills, Prepare emergency aid, Training for emergency services Protection Volcanoes: little can be done, make sure evacuation plans are in place Earthquakes: Buildings can be designed to be earthquake proof e.g. Shutters on windows prevent falling glass, Cross-bracing, Foundations sunk into the bedrock, Rubber shock absorbers Activity explanation and exam question with model answer Summary slide The activity sheets are: A ‘Design a Hazard Mangement Plan’ worksheet giving students to come up with their own response to a tectonic hazard of their choice A ‘How to design an earthquake proof building’ worksheet Full instructions on how to use included. Estimated to take 15-20 minutes The worksheet covers key concepts from the lesson displayed in an engaging format. Estimated to take 10-15 minutes. This is the fifth and final lesson in the Tectonic Hazards topic. The other lessons can be found below: 1. Natural Hazards & Plate Tectonics 2. Plate Boundaries 3. Nepal & Italy Case Studies for HIC & LIC earthquakes 4. Living Near Tectonic Hazards

A clearly laid out worksheet in which students create their own Hazard Management Plan for a natural hazard of their choice. This worksheet follows the themes of monitoring, prediciton, planning and protection. First students chose a hazard, describe it and state its main effects. They then draw a diagram to show how their hazard is monitored. Finnally, they come up with a management plan on what should happen if their hazard occured (e.g. evacuation plans, protecting buildings, education of locals etc.) Estimated to take 15 - 25 minutes to complete.

Use this worksheet to help students understand the features of buildings which can withstand earthquakes, and those that cannot. Estimated time fo rcomplete 15 minutes Space for students to commen on pre-existing structures and what makes the suitable or unsuitable to withstand earthquakes. Then, on the next page, space for students to deisgn their own building in the space provided.

A carefully laid out and concise lesson / revision resource on Why people continue to live near tectonic hazards from the Tectonic Hazards topic for AQA This download includes a Powerpoint, 2x Activity Sheets & a double-sided Worksheet Powerpoint includes: Understand maps showing population and tectonic hazards Understand that many people live near different tectonic hazards Explain why people live near hazards using the examples of: - Mining - Tourism - Farming - Geothermal Activity - Family, Friends and Feelings Activity explanation and exam question with model answer Summary slide The activity sheets are: A comprehension task on farming in Congo, Africa A cut and stick / number activity to understand geothermal power Full instructions on how to use included. Estimated to take 15-20 minutes The 2 page worksheet covers key concepts from the lesson displayed in an engaging format. Estimated to take 10-15 minutes. This is the fourth lesson in the Tectonic Hazards topic. The other lessons can be found below: 1. Natural Hazards & Plate Tectonics 2. Plate Boundaries 3. Nepal & Italy Case Studies for HIC & LIC earthquakes

A huge list of over 125 quick questions to test knowledge of the Cell Biology topic This includes the topics of: Cell Structure (prokaryotes, eukaryotes, organelles etc.) Cell Specialisation (specialzied cells, muscle cells, sperm cells, nerve cells, root hair cells, xylem & phloem) Microscopy (parts of a microscope, magnification vs. resolution, light microscopes, SEM vs. TEM, magnification calculations, convering units) Culturing Microorganisms (bacterial cell divison, agar plants, aseptic techniques, calculating mean division time of bacteria) Mitosis & Cell Cycle (genes, alleles, chromatids, haploid vs. diploid, cell cycle, mitosis, interphase, mitotic index, cancer) **Stem Cells **(embryonic vs. adult stem cells, meristem cells, therapeutic cloning, uses of stem cells) Diffusion (definitions, concentration gradients, ways molecules cross membranes, examples of adaptations for diffusion in small intestine, alveloi, gills of fish, leaves and root hair cells of plants) Osmosis (definitions, dilute vs. concentrated solutions, solute vs. solvent sports drinks) Active Transport (using energy, against concentration gradients, examples in plants and animals) Need lessons for Cell Biology? See lessons available for download below: 1 - Cell Structure 2 - Cell Specialisation & Differentiation 3 - Microscopy 4 - Culturing Mircoorganisms 5 - Chromosomes, Mitosis & Cell Cycle 6 - Stem Cells 7 - Transport in cells #1 - Diffusion 8 - Transport in cells #2 - Osmosis & Active Transport Looking for lessons from other topics? Visit each topic using the links below: Unit 1 - Cell Biology Unit 2 - Organization Unit 3 - Infection & Response Unit 4 - Bioenergetics Unit 5 - Homeostasis & Response Unit 6 - Inheritance, Variation & Evolution Unit 7 - Ecology Click here to visit our shop for more resources!

A pack of 7 worksheets for the GCSE Biology topic of Organisation A carefully laid out and well presented worksheet designed for students to take 10-15 minutes to consolidate their knowledge from this topic. All worksheets are either 1 or 2 pages (see below) and can therefore be printed on 1 sheet of a4 paper Each worksheet comes with a fully annotated answer sheet. This pack includes worksheets on: 1 - Enzymes & Metabolism (1 page) 2 - Digestion (2 pages) 3 - The heart & Blood Vessels (2 pages) 4 - The Lungs & Blood Composition (2 pages) 5 - CHD & Health Issues (2 pages) 6 - Effect of Lifestyle on Disease & Cancer (2 pages) 7 - Plant Tissues (2 pages) Need lessons to accompany these worksheets? Check out each lesson below: 1 - Enzymes & Metabolism 2 - Digestion 3 - The heart & Blood Vessels 4 - The Lungs & Blood Composition 5 - CHD & Health Issues 6 - Effect of Lifestyle on Disease & Cancer 7 - Plant Tissues #1 8 - Plant Tissues #2 Click here to visit our shop for more resources!

A 2 page worksheet designed for AQA GCSE Biology Worksheet is designed to accompany my lesson / revision powerpoint on this topic available for purchase here and here Worksheet is designed to take 10-15 minutes and be suitable for all abilities Contains questions on: Leaf structures and their function Identifying leaf structures from a diagram Plant organs and tissue Xylem and Phlome Stomata and guard cells Potometers Transpiration Factors affecting the rate of transpiration

A 2 page worksheet designed for AQA GCSE Biology Worksheet is designed to accompany my lesson / revision powerpoint on this topic avaialbe for purchase here Worksheet is designed to take 10-15 minutes and be suitable for all abilities

A 2 page worksheet designed for AQA GCSE Biology Worksheet is designed to accompany my lesson / revision powerpoint on this topic avaialbe for purchase here Worksheet is designed to take 10-15 minutes and be suitable for all abilities

A lesson / revision PowerPoint covering all information needed and containing informative slides and practise questions Required Practical 10 - Investigate the effect of temperature on the rate of decay of fresh milk by measuring pH change This powerpoint covers AT 1 (use appropriate apparatus to record temperature and pH), AT 3 (the use of appropriate apparatus to measure anaerobic decay), AT 4 (safe use of microorganisms), AT 5 (measurement of rate of decay by pH change) and includes all practical and mathmatical skills required. The powerpoint covers: Background on decay and factors affecting the rate of decay Aim Required apparatus A suitable method to measure the decay of milk and a method for a model experiment measuring the rate lipase breaks the fat in milk down into glycerol and 3 fatty acids A suitable results table to record data and a graph to plot How to calculate rate of change from raw data and graphs How to plot graphs in the exam Past paper exam questions Summary