NCERT Solutions for Class 10 Maths Chapter 10 Circles
NCERT Solutions for Class 10 Maths Chapter 10 – Circles provide clear and concise explanations for all the questions related to the properties of circles, following CBSE curriculum guidelines. This chapter covers important topics such as tangents to a circle, the angle subtended by a chord at the center, and the cyclic quadrilaterals formed by circles. The solutions in this chapter help students understand the various theorems related to circles, such as the tangent-secant theorem, the angle subtended by a chord, and the cyclic quadrilateral theorem. Each question is solved in a systematic manner with easy-to-follow steps, making complex circle-related concepts more accessible. By practicing these NCERT solutions, students will not only gain a deeper understanding of the properties of circles but will also enhance their ability to solve problems quickly and accurately. These solutions are ideal for exam preparation and revision. The step-by-step solutions also help students grasp the logic behind each theorem and formula. Free PDF downloads are available to make learning and revision more convenient. .NCERT Solutions for Class 10 Maths -Chapter 10 Circles is prepared by home-tution expert teachers with years of teaching experience for the CBSE class 10 board. All the questions asked in Chapter 10 Circles in the NCERT textbook are solved with a proper explanation as per the CBSE guidelines.
What are you going to learn in Chapter 10 Circles?
A circle is a collection of all points in a plane that are at a constant distance (radius) from a fixed point, as you learned in Class IX (center). You've also learned terms like a chord, segment, sector, and arc that are connected to circles. Let's look at the various scenarios that can occur when a circle and a line are presented in a plane. You may have seen a pulley mounted on top of a well, which is used to draw water from the well. When viewed as a ray, the rope on both sides of the pulley looks like a tangent to the circle representing the pulley. We will be studying the nature of tangents to a circle.