Students develop their skills in estimating and measuring by tackling problems involving the length, area, and volume of various objects and spaces. These questions encourage practical engagement with measurement tools and techniques, enhancing accuracy in estimating and the ability to compare theoretical calculations with actual measurements. This practice is crucial for applications in fields like engineering, architecture, and environmental studies, where precise measurements are vital.

This module focuses on units of measurement across different systems and the conversion between them. Students learn to convert units of length, area, volume, and mass between the metric and imperial systems, understanding the importance of precision and context in measurements. These skills are essential for global scientific communication and practical everyday activities that require switching between measurement systems.

Students explore the practical applications of measurement through real-world problems and case studies. They apply their knowledge of measuring length, area, volume, and mass to scenarios like planning a garden layout, calculating paint for walls, or assessing the fuel efficiency of vehicles. This section not only reinforces their measurement skills but also shows the relevance of mathematics in everyday decisions and technical professions.