This booklet offers KS3 students an opportunity to explore biology, chemistry, and physics during the summer break. Contains 17 pages of activities curated from various online resources including twinkl, covering a variety of topics including cells, specialised cells, variation, digestion and nutrition, respiration, atomic structure, atoms, elements, compounds, and mixtures, periodic table, and electrical circuits.

This editable guided reading task focuses on the uses of glucose resulting from photosynthesis. It provides a passage for students to read and comprehend, accompanied by a set of questions. For an extension task there is also a research task which students can use a QR code to research about. The resource also includes an answer key.

Comprehensive Cells and Organisation Unit Review Sheet - Ideal for Key Stages 3 and 4! Looking to reinforce the fundamental concepts of cells and organization in your science lesson? This versatile review sheet is the perfect resource. Designed for both Key Stage 3 and 4 students following the British curriculum, it covers a wide range of topics, including cells, organelles, organisation, life processes, microscopes, plant organs, human organs, and organ systems. Editable and pdf versions included Clear and concise format for easy understanding Suitable for students of varying levels Includes a feedback box for continuous improvement

Help your students practice calculating power with this worksheet. This resource provides students with an opportunity to reinforce their understanding of the three equations used to calculate power - P = VI, P = I²R, and P = E/t. Contains 13 questions for students to test their knowledge and develop their skills in calculating power in electric circuits. Can be used as a classroom activity or assigned as homework.

This Eye Dissection resource contains a printable A3 Dissection Mat and an editable worksheet for students to record their observations. The mat provides a step-by-step procedure, while the worksheet allows students to document their observations. Video credit for the dissection mat: https://www.youtube.com/watch?v=WRC1b93ci-E

This editable guided reading activity focuses on magnets and magnetism, covering key concepts including magnetism, permanent and induced magnets, magnetic fields, and various applications of magnets. Additionally, it briefly introduces the concept of electromagnets. Contains 11 comprehension questions and 1 research task. Template credit: Calvin Hand

A comprehensive end-of-year recap quiz for KS3 Science. This editable PowerPoint presentation contains approximately 50 questions covering key topics including Cells and Reproduction, Acids and Bases, Particles and Solutions, and Forces and the Solar System. The quiz comprises a variety of question types, including multiple choice, yes/no, true/false, fill in the gap, and enumeration. Allows you to assess students’ understanding and consolidate their knowledge before the academic year concludes in a fun way. I got out the good ol’ mini-whiteboards but you can choose to host your quiz however you wish.

This worksheet is designed to provide students with an opportunity to practice and enhance their understanding of specific heat capacity calculations using the formula ΔE=mcΔT. The resource features a variety of questions, challenging students to apply their knowledge of energy, mass, specific heat capacity, and temperature change. This worksheet is perfect for reinforcing key concepts in your physics or chemistry lessons and is suitable for both individual and group work. Ideal for Particle theory of matter and Energy units. Mark scheme included on page 2.

This worksheet is designed to help students practice calculating specific latent heat. It contains a range of problems that require students to use the formula for specific latent heat to find the energy required to change the state of a substance. The problems cover a variety of scenarios, including melting, freezing, and boiling, and require students to use their knowledge of specific heat capacity and mass to make their calculations. The worksheet is suitable for both individual and group work, and includes information about Specific Latent Heat of Fusion and Specific Latent Heat of Vapourisation with clear instructions to help students build their confidence in using the formula.

A resource that can be used as a learning mat to help students with calculations involving masses. This resource will tell students step by step how to calculate: Relative Formula Mass (Mr) moles of a substance concentration of a substance empirical and molecular formulae mass of a reactant of product.

A booklet with worked examples & practice questions for: Moles • Relative Atomic Mass Ar / Relative Formula Mass Mr • Mass / concentration • Empirical Formula • Molecular Formula This fantastic resource has proven extremely useful in teaching the Edexcel unit CC9 Calculations involving masses. I print off a booklet for each student which they can use to see step-by-step method for the various calculations they need to know in CC9. In addition, I have included some practice questions for the students to have a go at on their own using the examples given.

This is a handy little revision booklet on Cells and Organisation with over 90 multiple choice questions covering key topics, such as cell structure, function, differentiation, and tissue/organ/organ system organization, this resource is an ideal supplement for a GCSE biology revision lesson.

A simple worksheet that can be used either as an extension task or assigned as homework. Students can practice the following skills: using the periodic table to calculate the Relative Formula Mass (Mr) for a number of different chemical compounds deducing the empirical formula of different substances stating the difference between empirical and molecular formulae

A game/ activity to practice Work Done calculations • Energy • Forces • Work done • Joules

Atomic Structure Crossword Worksheet Elements • Protons • Neutrons • Electrons • Atomic Structure • Periodic Table

This resource offers a comprehensive review of the Particle Model of Matter unit for AQA and other exam boards. It has 30 multiple choice questions, including 4 calculation practice questions, and space for note-taking and working out. Use it as a recap lesson, homework assignment, or revision tool to help your students reinforce their understanding of key concepts and prepare for upcoming exams and to support independent study or classroom. Questions cover: Particle model of matter Specific Heat Capacity Specific Latent Heat Density, mass and volume

A reading comprehension task to aid the understanding of photosynthesis, including the adaptations of plants that maximize this process, as well as the factors that affect it. The resource will cover the key components of photosynthesis, including the role of chloroplasts, how plants have evolved various adaptations to optimize photosynthesis, the role of leaves, the opening and closing of stomata. The resource will also discuss the various factors that can influence photosynthesis, such as light intensity, temperature, and carbon dioxide concentration. This task also contains a research task that students can complete as an extension. Note: Not sure who made the original guided reading template- I take no credit for the template.

This comprehensive resource / knowledge organiser covers the key topics in science: cells and organization, circulatory system, digestive system, breathing and respiration, and bioenergetics. It is designed to help students revise these important concepts and prepare for exams.

This guided reading resource is designed to introduce the immune system’s specific and non-specific defense mechanisms to students. The resource also includes a student-led research task on autoimmune diseases, fostering independent research skills. Use this resource to facilitate engaging discussions, encourage critical thinking, and promote deeper understanding of the immune system in the classroom. Keywords: Defense system, Pathogens, Non-specific defense mechanisms, Specific defense mechanisms, Physical barriers, Chemical barriers, Phagocytes, Lymphocytes, Antibodies, Engulf, Antitoxins, Toxins, Immune system.