NCERT Solutions for Class 11 Maths Chapter 11
Q 1: What are the Important Concepts in Chapter 11 Conic Sections?
Ans: The chapter includes topics like sections of a cone which explains about circle, ellipse, parabola, hyperbola and degenerate conic sections. You will also read about Relationship between the semi-minor axis, semi-major axis, and the distance of the focus from the centre of the ellipse, Standard equations of an ellipse, Standard equations of a parabola and Special cases of an ellipse.
The chapter also focuses on Latus rectum, Eccentricity, Standard equation of Hyperbola and minor axis of the distance. This is one of the important chapters of class 11 maths which also explains about the equilateral triangle and equations of the hyperbola.
Q 2: What are the Four Conic Sections?
Ans: The four conic sections are ellipses, circles, hyperbolas and parabolas. Conic Sections have been studied for quite a long time. Kepler first noticed that planets had elliptical orbits. Depending on the energy produced by an orbiting body and orbit shapes which are any of the four types of conic sections are possible.
They are used in the paths of the planets around the sun are ellipses with the sun at one focus. parabolic mirrors are used to converge light beams at the focus of the parabola. Basically, parabolic microphones perform a similar function along with sound waves.
Q 3: How do NCERT Solutions of Vedantu Help me in Scoring More Marks?
Ans: Our innovative learning methodology along with the easy and smart study techniques will make learning methods more fun, interesting, interactive and in a well planned way. Our NCERT Solutions for Class 11 Maths have been carefully designed to help you develop your knowledge base which will ultimately improve your retention rate.
All the necessary questions have been covered by us in order to make your task much easier for the exam preparation. CBSE and NCERT guidelines are followed strictly while preparing the solutions. They have framed these solutions from the examination point of view.