Brilliant Differentitated Worksheets with Answers. 17 Worksheets in total including the answers. 10 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Active Transport. Activities include gap fill explaning what active transport is and how it differs from diffusion, tick the box to compare the features of diffusion and active transport, diagams where pupils must identify low concentration and state the direction the particles would move via active transport. There is also a key words ‘what am I?’ task where pupils use the descriptions to identify the key words and finally a 5 mark questions where students have to compare diffusion with active transport. There are also differentiated worksheets for low ability students.

Brilliant Differentitated Worksheets with Answers. 22 Worksheets in total including the answers. 12 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Stem Cells. Activities include labeling a set of statements as either adult stem cells or embryonic stem cells, matching up key words with descriptions, correcting mistakes from statements about stem cells, gap fill describing stem cells, list of statements where students have to decide if they are for or against the use of embryonic stem cells and extended writing question evaluating the use of embryonic stem cells. There are also differentiated worksheets for low ability students.

Fantastic GCSE Lesson on eukaryotic cells. 55 Slides including Do Now/Starter, Success Criteria, mini quiz and activities with answers for each activity. 24 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of eukaryotic cells. Complete lesson comes with accompanying worksheets. Activities include: -Labeling the diagrams of animal and plant cells -Correct mistakes from a diagram of an animal and plant cells -Write the correct letters -‘What am I?’ task were students use the description to write the correct key word -Extended writing 5 mark questions where students compare plant and animal cells and describe animal cells Includes differentiated and scaffolded worksheets for low ability/SEN students as well.

Fantastic GCSE powerpoint on Osmosis . 19 Slides including Do Now/Starter, Success Criteria and activities with answers for each activity. 8 Activities in total which includes differentiated tasks for low ability students. Complete lesson comes with accompanying worksheets. The activities include: -Describing the process of osmosis using key scientific terminology -Finishing the sentences -Correct the mistakes -Table calculation question for change in mass and percentage change in mass Includes worksheets for low attainers/SEN students as well.

Fantastic KS3 Lesson on plant cells. 43 Slides including Do Now/Starter, Success Criteria, mini quiz and activities with answers for each activity. 12 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of plant cells. Complete lesson comes with accompanying worksheets. Activities include: -Labeling the diagram of an plant cell -Correct mistakes from a diagram of an plant cell -Write the correct letters -‘What am I?’ task were students use the description to write the correct key word -Extended writing 5 mark question where students compare plant and animal cells. Includes differentiated and scaffolded worksheets for low ability/SEN students as well.

Brilliant GCSE Complete Lesson for SEN or Low ability students on the Osmosis experiment. 14 Slides with 5 Activities in total including starter/do now, success criteria and a range of high quality worksheets and activities to help pupils develop their understanding of the effects of osmosis on potato. Students will also learn how to draw graphs and analyse data. Model data has been provided. The activities include: Putting the method steps into the correct order Calculating change in mass and percentage change Data analysis questions including variables using model data Graph preparation questions Drawing a graph with model data (including a model graph answer) Conclusion with sentence starters to assist

Brilliant SEN/Low Ability KS3 worksheets on Plant cells. 5 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of plant cells. Activities include: -Labeling the diagram of an plant cell -Correct mistakes from a diagram of an plant cell -Write the correct letters -‘What am I?’ task were students use the description to write the correct key word -Extended writing 5 mark question where students compare plant and animal cells. Includes differentiated and scaffolded worksheets for low ability/SEN students as well.

Brilliant Differentiated Worksheets with Answers. 8 Worksheets in total including the answers. 6 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Animal cells. Activities include labeling the diagram of an animal cell, correct mistakes from a diagram of an animal cell, missing letters, write the correct letters, ‘what am I?’ task were students use the description to write the correct key word and an extended writing 5 mark question where students describe the animal cell with a model answer given.

Excellent SEN/Low ability Worksheets with Answers. 8 Worksheets in total including the answers. 5 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of the reflex arc. These include gap fill determining the correct order of the reflex arc, missing letters task explaining the passage of impulses during a reflex response, match up sentences with the role of receptors neurons and the effector and putting the steps for the activation of the reflex response into correct order. Finally there’s an extended writing task for students to apply their knowledge to a specific scenario of hot water being dropped on a person’s leg.

Excellent SEN/Low ability Worksheets with Answers. 8 Worksheets in total including the answers. 6 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of nerves, synapses and neurotransmitters. These include gap fill describing the adaptations of nerve cells or neurons, choosing the correct adaptations from those listed encompassing special cells, finish the sentences explaining the adaptations, writing the correct key words based on the description and putting the steps for the activation of electrical impulses by neurotransmitters into the correct order.

Master Microscopes with Ease: Perfect for SEN and Low-Ability Students! Enhance your KS3 and GCSE science lessons with our user-friendly worksheet, designed to make learning about microscopes accessible for SEN and low-ability students. Features: -Multiple Choice Questions: Students select the correct answer from given options. True or False: Students identify statements as true or false. -Gap Fill Task: Students use key words (with initial letters for support) to complete sentences. -Order the Steps: Students sequence the steps of using a microscope. -Short Answer Question: Students describe how to use a microscope in their own words. Benefits: Tailored for SEN and Low-Ability: Simplified, clear tasks designed for all learners. KS3 and GCSE Compatible: Fits into various curricula. Complete Learning: Covers all necessary skills for using a microscope. Includes Answers: Easy marking and feedback. Why This Resource? Builds Confidence: Step-by-step tasks ensure student success. Engages Students: Variety of question formats keeps students interested. Saves Time: Ready-to-use with answer key included. Transform your science lessons with this essential resource. Buy now and help your students confidently master the use of microscopes!

Fantastic SEN/Low Ability GCSE Lesson on Eukaryotic cells. Activities in total. Brilliant differentiated worksheets with Answers. 9 Worksheets in total including the answers. A range of high quality worksheets and activities to help pupils develop their understanding of Eukaryotic cells. Activities include: -Labeling the diagram of an Eukaryotic cell -Correct mistakes from a diagram of an Eukaryotic cell -Write the correct letters -‘What am I?’ task were students use the description to write the correct key word -Extended writing 5 mark question where students compare plant cells and animal cells.

Discover the fascinating world of Stem Cells with this engaging GCSE lesson! This resource comprises 43 informative slides, featuring a Do Now/Starter, essential definitions, a mini quiz, and a range of 14 activities, including differentiated tasks to support lower-ability students. The complete lesson also comes with tailored worksheets to enhance student understanding. Activities Overview: -Classification Exercise: Students will label statements as either adult or embryonic stem cells. -Keyword Matching: Strengthen vocabulary comprehension by matching key terms with their definitions. -Correcting Misconceptions: Challenge students to identify and correct inaccuracies in statements about stem cells. -Gap Fill Activities: Reinforce understanding of stem cell concepts through targeted fill-in-the-blank exercises. -Debate on Ethics: Students will evaluate a list of statements, deciding if they support or oppose the use of embryonic stem cells. -Extended Writing Task: Encourage critical thinking with an evaluative writing prompt regarding the ethical implications of embryonic stem cells. -Bingo Plenary: Wrap up the lesson with an engaging bingo activity to reinforce learning. This lesson includes differentiated worksheets to ensure that all students, including low-attainers and those with SEN, can access the material effectively. **For any questions or feedback, please contact us at qualityresources262@gmail.com.

Engage your students with this complete, ready-to-teach lesson on magnification – perfect for higher learners and thoughtfully differentiated for low-attaining and SEN students. Save time while providing high-quality instruction with everything you need to make learning accessible and engaging: Full PowerPoint Presentation: Do Now/Starter Activity with Answers Clear explanations, visual aids, and success criteria to guide every step. Full PowerPoint Presentation: Do Now/Starter Activity with Answers: Kick off the lesson with engaging questions to capture interest. Differentiated Worksheets for Low Attainers: Simplified, accessible versions to ensure every student can succeed. Check for Understanding Quiz: A quick and interactive way to assess comprehension on identifying correct equations. Calculation Practice with Answers: Realistic, hands-on tasks to master image size, actual size, and magnification, including conversions between micrometres and millimetres. Comprehensive Worksheets Included: Structured, easy-to-follow worksheets for each calculation task. Designed to ensure students truly understand magnification while saving you time, this lesson package is an invaluable addition to any science curriculum. Questions or feedback? Contact us anytime at qualityresources262@gmail.com – we’re here to help!

This complete lesson resource is designed to make calculations involving magnification (M), image size (I), and actual size (A) accessible and engaging for low-ability and SEN students. With clear instructions and scaffolded activities, it’s perfect for building foundational skills in measurement and microscopy. ** What’s Included:** ** PowerPoint and Accompanying Worksheets with Answers** : A full lesson flow that clearly explains each concept. ** Interactive Starter/Do Now:** Includes multiple-choice options, making it ideal for low-attaining students to get involved from the start. ** Success Criteria and Equation Breakdown:** A clear and easy-to-follow breakdown of calculations for M (magnification), I (Image Size), and A (Actual Size) . Check for Understanding Quiz: Students can practice identifying if an equation is correct, building confidence in their knowledge. Step-by-Step Calculation Practice: Each question guides students to identify and calculate M (magnification), I (Image Size), and A (Actual Size) step by step. Conversions are broken down for students to complete, ensuring they understand each part before moving on. This resource provides a supportive and structured approach to mastering magnification calculations. For any questions or feedback, please contact us at qualityresources262@gmail.com.

Transform your classroom with these engaging worksheets designed to simplify magnification and size calculations! This resource features 12 carefully crafted slides, offering a total of 24 calculation tasks tailored to meet diverse student needs. Key Features: Structured Learning: Each worksheet guides students through calculating image size, actual size, and magnification. Differentiated Support: Worksheets are tailored for high-ability students and simplified for low-ability learners, breaking down each step to clearly identify magnification (M), image size (I), and actual size (A). Comprehensive Practice: Tasks include calculating image size, unit conversions, and mastering magnification calculations. Why Choose These Worksheets? Engagement: Clear instructions and a structured format boost student confidence and promote independent learning. Flexibility: A variety of tasks caters to different learning styles, making these worksheets ideal for diverse classrooms. Easy Assessment: With 12 provided answers, quickly assess student understanding and give targeted feedback. Equip your students with essential skills in magnification and size calculations! Perfect for science teachers, these worksheets are a must-have addition to your teaching toolkit. Empower your students today! **For any issues, concerns, or feedback, please email: qualityresources262@gmail.com.