Science with Sykes KS2 Science Trolley - Physical Processes

The Science with Sykes: Physical Science Kit for KS2 is the ultimate solution for bringing physical science into the classroom in a fun, engaging, and educational way. Designed to align with the UK’s primary science curriculum, this all-in-one kit provides everything you need to teach a wide range of physical science topics—saving you valuable prep time and allowing more focus on hands-on teaching and active learning. Key Features

• All-In-One Kit: Contains all necessary resources, including equipment, activity cards, teacher resources, and pupil worksheets.
• Convenient Storage: Packaged in a handy Gratnells storage trolley for easy organisation, making it simple to store and access materials.
• Curriculum-Aligned: Perfectly mapped to the KS2 curriculum, this kit covers an extensive range of physical science topics.
• Hands-On Learning: Encourages practical, investigative activities that boost comprehension and spark curiosity about the physical world.
• Ideal for Various Learning Settings: Whether it’s for home-schooling, individual learning, group work, or whole-class participation, this kit is versatile and adaptable to different teaching environments.
• Expertly Designed: Created by Kathy Sykes OBE, Professor of Sciences and Society at the University of Bristol, ensuring the kit provides both depth and clarity in its approach to teaching physical science.

Key Stage 2:

• Electricity and Circuits: Learn the fundamental principles of electricity and how circuits work.
• Heat and Heat Transfer: Explore how heat moves and the different mechanisms of heat transfer.
• Forces, Friction, and Dynamics: Investigate the effects of forces, including friction and dynamics, on objects in motion.
• Light and Shadows: Discover the behaviour of light, including how shadows are formed and light travels.
• Transmission and Refraction: Explore how light bends (refraction) and travels through different materials.
• Properties of Sound: Investigate how sound travels, its properties, and its interaction with the environment.