This guided reading resource breaks down particle theory and the states of matter, explaining how particles are arranged and move in solids, liquids, and gases, and how they change from one state to another. It’s designed to promote scientific literacy and comprehension in the science classroom.

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 is on the resource itself.

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

This resource is a helpful guide for KS3(and 4) students, offering guidance on structuring science experiment write-ups. It provides a step-by-step framework to assist students in organizing their scientific investigations effectively and helps them to understand what they should be including in each section. Additionally, the resource includes editable structure strips that can be cut out and used as templates - see example preview. Useful for: -Scientific method, experiments, science reports, practical write-ups

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

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 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.

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.

A quick and simple worksheet where students reorder statements and draw pictures to go with them to show how crude oil and coal are formed. Ideal for low/ middle ability classes.

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