Geometry

This chapter discusses line segments, collinear points, line and angle, different types of angles, and intersecting and non-intersecting lines. We will learn about parallel and transversal lines and the properties of various angles.

This chapter discusses the properties of congruency of triangles. We will study inequalities in triangles and different aspects of congruency of triangles. It explains the applications and uses of congruency with the aid of examples.

In this chapter, we will learn about types of quadrilaterals, such as parallelogram and rhombus. It discusses some proved theorems related to a parallelogram's properties and the mid-point theorem with a wide range of solved problems.

This chapter focuses on various types of transformation and symmetry in geometrical shapes. We will learn about rigid and non-rigid transformation, linear and rotational symmetry, and their applications with real-life examples.

This chapter explains some geometrical constructions. We will learn how to construct special types of triangles and quadrilaterals. It also helps us construct a circumscribed regular polygon around a circle and inscribed regular polygon in a circle.