Handling Data and Measures
Practice Other Chapters from Handling Data and Measures
In this chapter, we will learn about measures. It covers solving problems involving units of measurements in a variety of contexts. We will also discover conversions between different metric measures of area and volume.

This chapter features data collection and averages. We will explore the use of statistical methods and identify various sources of relevant data. It will also teach us to design, trial, and refine data collection sheets and calculate statistics.

This chapter explores statistical graphs. It throws light on selecting, drawing, and interpreting diagrams and graphs. It includes frequency diagrams, line graphs, scatter graphs, and stem and leaf diagrams.

This chapter helps us interpret and compare data. We will learn how to interpret tables, graphs, and diagrams. Comparing two or more distributions is taught here. It also throws light on calculating mean, median, and mode.

This chapter covers describing and combining transformations. We will learn how to carry out, recognise, and describe translations, reflections, rotations, and enlargements. We will also study combining transformations in 2D and 3D.

This chapter will help us understand speed and land area. We will learn to solve problems involving average speed here. The conversion between hectares and square meters is taught here. It also features problems involving acceleration or density.

This chapter highlights the Pythagoras theorem. It aims to teach us the use of this theorem to solve two-dimensional problems involving right-angled triangles. We will also solve geometrical problems in three dimensions.

The chapter features bearings, maps, and loci. We will learn to use bearings to solve problems involving distance and direction. It sheds light on making and using scale drawings and interpreting maps. It also explains finding the locus of a point.

This chapter details the concepts around probability. It delves deep into solving probability problems. We will explore the sample space diagram and relative frequency, and use this to compare outcomes of an experiment.

