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Bring hands-on science to life with this exciting bundle of four fully resourced investigations designed to ignite curiosity and develop scientific thinking in KS2 or KS3 learners. Each investigation includes a clear, student-friendly worksheet and an accompanying PowerPoint to guide the lesson from question to conclusion. Investigations included: Candle in a Beaker – Explore how the volume of air affects how long a candle burns. Moon Craters – Simulate meteor impacts and investigate how height affects crater size. Pendulums – Discover how the length of a pendulum influences its swing time. Paper Helicopters – Investigate how rotor length affects descent time. Perfect for developing skills in: Planning fair tests Measuring and recording data Drawing conclusions from evidence Graphing and interpreting results These investigations are ideal for science weeks, STEM days, or everyday classroom exploration. Easy to set up, engaging to run, and packed with learning!

A complete set of 33 engaging KS3 Science crosswords, each designed to test and reinforce key vocabulary from every major topic in the KS3 curriculum. Includes answers for all puzzles. This resource covers all Year 7, 8, and 9 science topics, including: Year 7: Cells, Reproduction, Muscles, Ecosystems, Mixtures, Acids, Particles, Atoms, Energy, Electricity, Forces, Sound Year 8: Nutrition, Plants, Respiration, Microbes, Combustion, Periodic Table, Metals, Rocks, Fluids, Light, Energy Transfers, Earth & Space Year 9: Genetics, Plant Growth, Materials, Reactivity, Motion, Electromagnets, and Consolidation topics in Physics, Chemistry, and Biology Each crossword: Focuses on key scientific terms and definitions Is ideal for revision, homework, or classroom starters Comes with a complete answer sheet for easy marking Word documents, so you can edit the crossword clues to make them more specific to the way you’ve taught it. Perfect for KS3 teachers looking to boost vocabulary retention and make science revision more interactive and fun. Suitable for individual work, group tasks, or homework assignments.

This lesson guides students through the use of the student’s t-test (both Paired and Unpaired). It is fully-resourced with a detailed PowerPoint with worked examples and accompanying student work booklet that have been designed to cover this aspect of the A-level Biology specification. The lesson includes a step-by-step guide that demonstrates how students should select an appropriate statistical test (from Chi squared, Spearman’s rank, Student’s t-test and paired t-test). The PowerPoint contains worked examples of how to carry out a paired and unpaired Student’s t tests from stating a null hypothesis, carrying out the statistic, how to find a critical value, what that means, compare the critical value with the statistical value, reject or accept the null hypothesis and write a conclusion. The accompanying student booklet contains examination questions to consolidate the students’ understanding and worked answers are provided in the PowerPoint and also in an accompanying teacher version of the workbook. This resource also contains an interactive Excel Spreadsheet designed to support students and educators in mastering hypothesis testing using the Student’s t-test. This includes a Paired and Unpaired t-test calculator with worked examples. Enter your own data and the spreadsheet automatically calculates the p-value! There is also a lookup table of critical t-values.

Engaging Science GCSE Revision Board Game! Covers Biology, Chemistry & Physics. Perfect for fun, collaborative learning. This printable Science GCSE Revision Board Game transforms learning into an exciting race to the finish! Designed to make revision interactive and enjoyable, this game covers key concepts from Biology, Chemistry, and Physics, ideal for reinforcing knowledge and boosting confidence before exams. What’s Included: Printable Game Board: A visually engaging board layout. Question Cards: A comprehensive set of questions across Biology, Chemistry, and Physics topics, categorized for easy use. “Give Me 5” Cards: Adds an element of challenge and quick recall. Rules Sheet: Clear and concise instructions for gameplay. Specification Coverage: This board game is adaptable for various GCSE Science specifications (including AQA, Edexcel, and OCR). The questions can be tailored to match the specific content your students are studying. How to Use: Print out as many copies of the A3 board as you need for your class. I laminated mine so that they can be reused. Each board is designed for 2-6 players. The students roll a dice and move their counter. In order to progress they need to answer a variety of GCSE Science questions (read by another player) including the tricky ‘Give Me Five’ questions. The first player to reach the finish line wins! Benefits for Students: Active Recall: Encourages students to actively retrieve information from memory. Collaborative Learning: Fosters discussion and peer teaching as students work through questions. Engaging Revision: Makes revision less monotonous and more enjoyable. Reinforces Key Concepts: Covers a broad range of topics across the three core sciences. Identifies Knowledge Gaps: Highlights areas where students may need further study. Develops Quick Thinking Skills: The “Give Me 5” challenges promote rapid recall. This resource provides a fun and effective way for GCSE Science students to revise and consolidate their understanding of key scientific principles. Simply print the board and cards, and you’re ready to play! Dice, counters and stopwatches are required; all readily available from reputable suppliers.

This lesson guides students through the use of the chi-squared test to determine the significance of the difference between observed and expected results. It is fully-resourced with a detailed PowerPoint and accompanying student workbooklet that have been designed to cover this aspect of the A-level Biology specification. The lesson includes a step-by-step guide that demonstrates how students should select an appropriate statistical test ( from Chi squared, Spearman’s rank, Student’s t-test and paired t-test). It also explain how the chi-squared (χ2) test can be used to determine the significance of the difference between observed and expected results with a worked example. The student workbook has a series of chi squared calculation questions of increasing difficulty using a range of biology topics with including ecology, antibiotic resistance in bacteria, phenotypic ratios in a dihybrid cross and mitosis. The accompanying PowerPoint highlights the method to calculate the expected numbers and then how to find the critical value in order to compare it against the chi-squared value for each question.

This resource contains six PowerPoints with numerous animations and videos along with student worksheets to accompany each PowerPoint. The videos are embedded in the PowerPoint and also available as separate mp3 files. These help students to explain: • The use of microscopy to observe and investigate different types of cell and cell structure in a range of eukaryotic organisms • The preparation and examination of microscope slides for use in light microscopy • The use of staining in light microscopy • The representation of cell structure as seen under the light microscope using drawings and annotated diagrams of whole cells or cells in sections of tissue • The use and manipulation of the magnification formula • The difference between magnification and resolution • The ultrastructure of eukaryotic cells and the functions of the different cellular components • Photomicrographs of cellular components in a range of eukaryotic cells • The interrelationship between the organelles involved in the production and secretion of proteins • The importance of the cytoskeleton • The similarities and differences in the structure and ultrastructure of prokaryotic and eukaryotic cells. Everything you’ll need to teach a series of lessons (approximately 6 x 1 hour lessons) on cells There is also an end of topic test with mark scheme and a cells crossword to help embed key words.

This resource contains six PowerPoints with numerous animations and videos along with student question sheets to accompany each PowerPoint. The videos are embedded in the PowerPoint and also available as separate mp3 files. These help students to explain: • the roles of membranes within cells and at the surface of cells • the fluid mosaic model of membrane structure and the roles of its components • factors affecting membrane structure and permeability. • practical investigations into factors affecting membrane structure and permeability • the movement of molecules across membranes • the movement of water across membranes by osmosis and the effects that solutions of different water potential can have on plant and animal cells. • practical investigations into the effects of solutions of different water potential on plant and animal cells. Everything you’ll need to teach a series of lessons (approximately 5 x 1 hour lessons) on biological membranes; plus two practical lessons which takes approximately 2 hours each. Each PowerPoint contains the answers to the student question sheets. There is also an end of topic test with mark scheme and a biological membranes crossword to help embed key words.

A fully sourced lesson looking at both the theory and practical element of this topic, based on factors affecting heart rate of Daphnia. The resource includes: Two PowerPoints (one for Temperature and the other for Alcohol) A Spreadsheet for data entry (with examplar results and graph) A video of Daphnia (so students can see where the heart is) An accompanying worksheet / teacher notes This lesson is ready to go, with little preparation required. It is intended that students will collect their own data using Daphnia which are readily available from most pet / aquarium suppliers. The PowerPoint also takes the students through the calculation of standard deviation and Student t-Test. Can be used for both A-Level Biology (especially OCR PAG 11.2) and well as BTEC Level 3 Applied Science and also higher level GCSE.

This resource contains five PowerPoints with animations and videos along with student question sheets to accompany each PowerPoint. These help students to explain: The role of enzymes in catalysing reactions that affect metabolism at a cellular and whole organism level. The role of enzymes in catalysing both intracellular and extracellular reactions The mechanism of enzyme action. The effects of pH, temperature, enzyme concentration and substrate concentration on enzyme activity. Practical investigation into the effects of substrate concentration on enzyme activity (OCR PAG 4.1). The need for coenzymes, cofactors and prosthetic groups in some enzyme-controlled reactions. The effects of inhibitors on the rate of enzyme- controlled reactions. Everything you’ll need to teach a series of lessons (approximately 4 x 1 hour lessons) on enzymes; plus a practical which takes approximately 2 hours. Each PowerPoint contains the answers to the student question sheets. There is also an end of topic test with mark scheme and an enzymes crossword to help embed key words.

This resource is a lesson with activities covering the inheritance of epistatic gene content of the A Level Biology specification. This resource includes: A PowerPoint to lead students through the lesson which includes several genetic crosses which help students to appreciate both dominant and recessive epistatic crosses. The use of phenotypic ratios to identify epistasis and explanations of epistatic crosses. The lesson assumes students already have an understanding of monogenic inheritance and dihybrid inheritance. A worksheet containing a range of examination questions which test the students’ understanding of epistasis. The PowerPoint also has the answers to the student question sheet. Everything you’ll need to teach a lesson on epistasis.

This is a free sample of a crossword (and answers). The complete set of PHYSICS crosswords with answers that follow the AQA COMBINED SCIENCE: TRILOGY (8464) Specification is available here: /teaching-resource/resource-13081263 Great for helping your students to recall and use the subject specific vocabulary by thinking of a concept or meaning and retrieving the correct word. A form of retrieval practice which is essential for fixing new words into long-term memory and helping to remember the words in new situations. The full resource contains 15 separate crosswords which cover all modules in the specification. The answers to each crossword are also provided. The crosswords are in Word format - so you can edit them if you want to!

A complete set of PHYSICS crosswords with answers that follow the AQA COMBINED SCIENCE: TRILOGY (8464) Specification. Great for helping your students to recall and use the subject specific vocabulary by thinking of a concept or meaning and retrieving the correct word. A form of retrieval practice which is essential for fixing new words into long-term memory and helping to remember the words in new situations. A free sample containing one crossword and answers is available here: /teaching-resource/-13081274 The resource contains 15 separate crosswords which cover all modules in the specification. The answers to each crossword are also provided. The crosswords are in Word format - so you can edit them if you want to! Topics covered: P1 Conservation and Dissipation of Energy P2 Energy transfer by heating P3 Energy Resources P4 Electric Circuits P5 Electricity in the home P6 Molecules and Matter P7 Radioactivity P8 Forces in Balance P9 Motion P10 Force and motion P11 Wave properties P12 Electromagnetic waves P13 Light P14 Electromagnetism P15 Space

This resource is a lesson with activities covering the Lac operon content of the A Level Biology specification. This resource includes: A power point to lead students through the lesson (includes several animations which help students to appreciate the steps involved with the lac operon) A worksheet containing a range of examination questions which test the students’ understanding of the Lac Operon. The PowerPoint also has the answers to the student question sheet. A short (3 minute) video (also embedded in the PowerPoint) which explains the Lac Operon really well. Everything you’ll need to teach a lesson on the Lac Operon.

This is a free sample of a crossword (and answers). The complete set of CHEMISTRY crosswords with answers that follow the AQA COMBINED SCIENCE: TRILOGY (8464) Specification is available here: /teaching-resource/resource-12979470 Great for helping your students to recall and use the subject specific vocabulary by thinking of a concept or meaning and retrieving the correct word. A form of retrieval practice which is essential for fixing new words into long-term memory and helping to remember the words in new situations. The full resource contains 15 separate crosswords which cover all modules in the specification. The answers to each crossword are also provided. The crosswords are in Word format - so you can edit them if you want to!

A complete set of CHEMISTRY crosswords with answers that follow the AQA COMBINED SCIENCE: TRILOGY (8464) Specification. Great for helping your students to recall and use the subject specific vocabulary by thinking of a concept or meaning and retrieving the correct word. A form of retrieval practice which is essential for fixing new words into long-term memory and helping to remember the words in new situations. A free sample containing one crossword and answers is available here: /teaching-resource/-12979476 The resource contains 15 separate crosswords which cover all modules in the specification. The answers to each crossword are also provided. The crosswords are in Word format - so you can edit them if you want to! Topics covered: Atomic Structure The Periodic Table Structure and Bonding Chemical Calculations Chemical Changes Electrolysis Energy Changes Rates of Reaction Crude Oil and Fuels Organic Reactions Polymers Chemical Analysis Our Atmosphere The Earth’s Resources Using our Resources

This is a whole lesson on Spearman’s rank Correlation Coefficient including a PowerPoint and accompanying worksheets and exam questions for students. The lesson looks at why it is used, how to calculate it and how to interpret the results to draw a conclusion. This lesson is ready to go, with little preparation required. It is intended that students will collect their own data using holly leaves as these are reasonably abundant – if these are not available the students could still complete it with exemplar data. The resource comes with a 32-slide presentation, a matching student worksheet and examination questions (with answers on the teacher PowerPoint) and an excel file to support. It includes: lesson objectives Explanation of how to select and use an appropriate statistical test Excellent Teaching slides (with very clear steps on how to calculate and interpret the data) Several examples Key examination questions Excel workbook to support the teacher Student Handout (which follows the teacher PowerPoint) Worksheet - exam questions with answers Extension task

A PowerPoint with triggered animation and editable text boxes, suitable as a quiz, starter or plenary retrieval practice activity that you can use again and again in multiple subjects and topics. How to setup: This takes very little time to prepare! Just gather suitable retrieval practice questions you want to review with the pupils and go. How to play the game: Divide your class into 2 groups and designate each team (blue or red). Whichever team gets the questions right, click on the appropriate action button and it will move the ball part way across the screen. When a team scores a goal the editable text box allows the teacher to display the score. The game can last as long as you want! The Powerpoint contains sound effects to increase the enjoyment.

A crosswords with answers that follow the OCR Biology AS and A Level specification A. This FREE resource is an example of one of the crosswords that is available here: /teaching-resource/resource-12792652 which contains 24 separate crosswords which cover all modules in the specification. The answers to each crossword are also provided. Great for helping your students to recall and use the subject specific vocabulary by thinking of a concept or meaning and retrieving the correct word. A form of retrieval practice which is essential for fixing new words into long-term memory and helping to remember the words in new situations.

This resource contains a PowerPoint, a video and a student question sheet to help students to: Explain how hydrogen bonding occurs between water molecules, and relate this, and other properties of water, to the roles of water for living organisms Describe a range of roles that relate to the properties of water, including solvent, transport medium, coolant and as a habitat. Everything you’ll need to teach a lesson on the properties and biological Importance of water. The PowerPoint also has the answers to the student question sheet.