One-pager (double sided though) with all the most important information for the Biology unit about variation and natural selection. It includes: Variation: continuous, discontinuous, environmental, genetic, mutation and sickle cell anaemia. Adaptive features: hydrophytes and xerophytes as examples Natural selection: process and antibiotic resistance Selective breeding: process and differences with natural selection. I currently use this concise revision guide with my year 11 students. It includes the pdf version and the editable version in power point.

These slides include the hardest questions (2 questions, 23 marking points) in 9700 Camrbidge Biology winter papers 2022 for students to practice before their official exams. The questions allow students to practice new scenarios relevant to the units “Evolution and natural selection”, “selective breeding and gibberellin”. For each part question you will have: Question part and timer Examiner tips from the examiner’s report (full report in presenter slides) Mark scheme If you use the presentation mode you can follow the animations to teach and help your students in the last stages before officials with this presentation that can be completed in 50-60 minutes. If you buy this presentation and you find it useful I would be extremely grateful if you could leave a review. In return, I can offer you a free resource of your choice or a compilation of end of unit exams. Just contact me in the instagram account I share in my shop. Thanks a million!

Concise and organised revision guides for the units “Reproduction in humans” and “Reproduction in plants” for GCSE Biology. They follow Cambridge syllabus (0610/0970) for 2023-2025 Key Features: The human reproductive systems, including gametes. Sexual hormones, including an outline of menstrual cycle. Sexually transmitted infections Asexual and sexual reproduction Reproduction in plants: includes flower parts, pollination and fertilisation. Comparison between types of reproduction. Printable (pdf) and editable (ppt) versions included. If you buy this resources and you find them useful, I would be extremely grateful if you could leave a review. In return, I can offer you a free resource of your choice or a compilation of end of unit exams. Just contact me in my Instagram account. Thanks a million!

Dynamic Quiz-Quiz-Swap activity that not only challenges students but also promotes collaborative learning and topic revision. Developed with 10 questions taken from past papers from 9700 CIE Biology relevant to infectious diseases. What’s Included: A power point with Clear and concise instructions for easy implementation Notes with suggestions for conducting the activity 10 quiz questions A word document with the questions+answers ready to print and cut This activity will help you to: Reinforce key concepts covered in class. Foster peer learning and collaboration. Provide an enjoyable and educational experience for students.

Everything you need to deliver 6 Biology practical activities in the lab. Easily adaptable and suitable for Year 7, 8 and 9. Some would also be suitable in GCSE. The slides for each activity include the apparatus needed, method, results and conclusion/evaluation. I have been using these 6 activities in KS3 for several years now and they work very well, they are one hour long approximately. They can also be performed as demonstrations. Heart and lung dissection Burning Candles Measuring cardiac output - this practical does not require a lab and could also be conducted in an online lesson. Respiration in Yeast Proper use of the microscope. Growing bacteria: this is one of my favourites because they enjoy it a lot. Check the slides’ notes for some extra info. Coincides with Exploring Science textbook/scheme of work, but can be used alongside any other SOW. Technician notes and basic risk assessment are included for all practical activities in an excel document. All pictures have been sourced from the creative commons website. Constructive feedback would be much appreciated.

Everything you need to deliver 9 Science practical activities in Year 8. Three Biology practicals, three Chemistry practicals and 3 for Physics. Easily adaptable and suitable for Year 7 and 9. Some would also be suitable in GCSE. The slides for each activity include the apparatus needed, method and results. I have been using most of these activities in KS3 for several courses now and they work very well, they are one hour long approximately. They can also be performed as demonstrations. Proper use of the microscope. Growing bacteria. This is one of my favourite activities because they enjoy it a lot. Virtual experiment on disease transmission. This simply follows a video in the Cambridge Hub where you can find many others that can be used for distance learning or if labs are not available. Temperature and solubility. Investigation on how temperature affects the solubility of salt in water. Investigating water. The students work out the amount of salt in two different water samples. Chromatography of ink Testing insulation. Investigation on which is the best material for insulating walls. Conduction star. Investigation on which metal is the best heat conductor. Cooling wax activity to study the freezing point of wax. Coincides with Exploring Science textbook/scheme of work, but can be used alongside any other SOW. Technician notes and basic risk assessment are included for all practical activities in an excel document and two word docs. All pictures have been sourced from the creative commons website. Please, DM me if you have any doubt. Constructive feedback would be much appreciated.

Everything you need to deliver the physics unit of speed for Year 8. Easily adaptable and suitable for Year 7 and 9, and for distance learning approach. The topic is divided in 6 parts: How fast? Measuring speed: learning objectives+ lesson + basic activities to practice speed calculations. Speed check: learning objectives+ lesson with video about light gates + a think-pair-share activity and a mini-plenary Patterns of movement: learning objectives+ lesson Distance-time graphs: learning objectives+ lesson + 3 examples + mini-plenary End of unit questions: 5 representative activities for students to feel confident. Revision: 25 minutes of revision activities + slides to check the proper answers. It can be used as a revision or assessment Check the slides’ notes for suggestions, answers or extra info. Coincides with Cambridge Checkpoint textbook/scheme of work, but can be used alongside any other SOW. It includes a document with the main objectives of the unit for students to revise and use it as checklist. All pictures have been sourced from the creative commons website. Please, contact me if you have any doubt. Constructive feedback would be much appreciated!

Power point slides I currently use to deliver fully the unit"biological molecules" for A level Biology. The slides follow Cambridge syllabus (9700) but they are easily adaptable to others. The topic is divided in: Intro: biochemistry The building blocks of life. Monomers, polymers and macromolecules. Carbohydrates Lipids Proteins Water There are some extra files: Notes with the unit content in a word document. Flash cards for food tests: printable and editable files included. All pictures have been sourced from creative commons or drawn by me. Please, DM me if you have any doubt. Constructive feedback would be much appreciated.

I currently use these slides to teach the unit of plants to my Year 9 groups. All files are editable to adapt them to your needs. The slides can be taught over 4-5 lessons The topic is divided in 7 parts that include slides with information about: Photosynthesis. Mineral salts: diagram. Uses of water. Flowers Pollination Fertilisation Fruits End of unit questions Revision: 20 minutes of revision activities + slides to check the proper answers. I use it as revision before the exam. Some slides contain notes for extra guidance. Included: unit targets to use as checklist and revision guide slides. I give these two files to my students for them to prepare the assessment. Constructive feedback would be much appreciated.

This Biology revision guide covers several units following the Biology GCSE CIE Cambridge syllabus 0970/0610 for 2023-25 but can be used for others. The units included are: Classification of living organisms, Kingdoms and keys Cells, specialised cells and magnification Movement across the cell: Diffusion, Osmosis and active transport. You will find 2 files per unit: one editable and one directly printable (pdf). You will also find a power point with the three units together (and the printable version). This guide is used by my students to prepare the official exams. If you find something missing let me know so that I can add it.

Comprehensive, concise notes designed to help students thoroughly revise the ‘Structure of Cells and Microscopes’ unit for CIE AS Biology (9700). Aligned with the updated Cambridge syllabus (2025-27), editable version so also easily adaptable for other syllabi or levels. PDF version ready to print also included. The unit is organized into clear sections: Introduction to Cell Theory Cell Biology and Microscopy Plant and Animal Cells under Light Microscopy Magnification and Calculations Electron Microscopy Plant and Animal Cells under Electron Microscopy Bacteria Prokaryotes vs. Eukaryotes Viruses Feel free to DM for any questions.

Comprehensive, concise notes designed to help students thoroughly revise the ‘Biological Molecules’ unit for CIE AS Biology (9700). Aligned with the updated Cambridge syllabus (2025-27), editable version so also easily adaptable for other syllabi or levels. PDF version ready to print also included. The unit is organised into clear sections: The building blocks of life Monomers, polymers and macromolecules Carbohydrates Lipids Proteins Water Feel free to DM for any questions.

Dynamic Quiz-Quiz-Swap activity that not only challenges students but also promotes collaborative learning and topic revision. Developed with 9 questions taken from past papers from 9700 CIE Biology relevant to selection and evolution. What’s Included: A power point with: clear instructions for easy implementation and notes with suggestions for conducting the activity and the 9 quiz questions A pdf with the questions+answers ready to print and cut A word document with the questions in case you want to change the format. This activity will help you to reinforce key concepts covered in class, foster peer learning and collaboration and provide an enjoyable and educational experience for students. I hope you enjoy it!

Comprehensive, concise notes designed to help students thoroughly revise the ‘Enzymes’ unit for CIE AS Biology (9700). Aligned with the updated Cambridge syllabus (2025-27), editable version so also easily adaptable for other syllabi or levels. PDF version ready to print also included. The unit is organised into clear sections: Features of enzymes. Mode of action. Investigating the progress of an enzyme-catalysed reaction. Factors that affect enzyme action. Comparing enzyme affinities. Enzyme inhibitors. Immobilised enzymes. Feel free to DM for any questions.

These concise and focused notes are designed to help students master the practical skills required for Paper 3 in CIE AS Biology (9700). The resource is highly adaptable, featuring: An editable version for customisation to suit other syllabi or educational levels. A ready-to-print PDF version for seamless use in classrooms. The revision guide is organised into clear, student-friendly sections: Microscopy Plan Diagrams Testing for Biological Molecules Types of Data and Improvements Dilutions Enzyme Investigations Osmosis Data Recording and Presentation Data Analysis Key Definitions Examiner Tips Equip your students with the tools they need to excel in practical examinations!

Comprehensive, concise notes designed to help students thoroughly revise the ‘Cell Membranes and transport’ unit for CIE AS Biology (9700). Aligned with the updated Cambridge syllabus (2025-27), editable version included so also easily adaptable for other syllabi or levels. PDF version ready to print also included. The unit is organised into clear sections: Structure of membranes. Roles of molecules in the membranes. Cell signalling. Movement of substances across the membranes: diffusion, facilitated diffusion, active transport, endocytosis and exocytosis.