Capacity and Volume: Science Experiments!

About This Worksheet

This Year 2 measurement worksheet focuses on capacity-and-volume, providing valuable practice and skill development for young learners. Aligned with the UK National Curriculum for Mathematics, this worksheet helps children develop a deeper understanding of capacity through engaging, science-themed problems. By working through these exercises, students will strengthen their ability to estimate, compare, and solve problems involving capacity using non-standard units. This builds a strong foundation for future learning about standard units of measurement (litres and millilitres). The worksheet encourages critical thinking and problem-solving skills as children apply their knowledge to real-world scenarios. Successfully completing these challenging problems will boost their confidence in their mathematical abilities. This Year 2 capacity-and-volume worksheet is a valuable tool for reinforcing key concepts and preparing students for more advanced measurement topics. It provides ample opportunity for practice, ensuring that students master the essential skills related to measurement. The science theme adds an element of fun and relevance, making the learning experience more engaging and memorable. By mastering these skills, Year 2 students will be well-prepared for future mathematical challenges and real-world applications of measurement.

💡 How to Use This Worksheet

This worksheet is designed to be used after students have been introduced to the concept of capacity and volume, and have had some experience using non-standard units to measure them. It is intended as a challenging activity to consolidate their understanding and problem-solving skills. Differentiation: For students who are struggling, provide physical containers and non-standard units (e.g., small cups, spoons) to help them visualise the problems. Encourage them to act out the scenarios. For students who are excelling, challenge them to create their own capacity problems for their classmates to solve. Common mistakes to watch for include students not understanding the relative sizes of different units, or making errors in addition and subtraction. Extension ideas include asking students to design their own experiment to compare the capacity of different containers, or to research different units of measurement for capacity.

❓ Frequently Asked Questions