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NCERT Solutions for Class 10 Maths Chapter 7 Coordinate Geometry in Hindi PDF Download
Download the Class 10 Maths NCERT Solutions in Hindi medium and English medium as well offered by the leading e-learning platform Vedantu. If you are a student of Class 10, you have reached the right platform. The NCERT Solutions for Class 10 Maths in Hindi provided by us are designed in a simple, straightforward language, which are easy to memorise.
You will also be able to download the PDF file for NCERT Solutions for Class 10 Maths in English and Hindi from our website at absolutely free of cost. Science Students who are looking for Class 10 Science NCERT Solutions will also find the Solutions curated by our Master Teachers really Helpful.
NCERT, which stands for The National Council of Educational Research and Training, is responsible for designing and publishing textbooks for all the classes and subjects. NCERT textbooks covered all the topics and are applicable to the Central Board of Secondary Education (CBSE) and various state boards.
We, at Vedantu, offer free NCERT Solutions in English medium and Hindi medium for all the classes as well. Created by subject matter experts, these NCERT Solutions in Hindi are very helpful to the students of all classes.
NCERT Solutions for Class 10 Maths Chapter 7 - In Hindi
ShareShareFAQs on NCERT Solutions for Class 10 Maths Chapter 7 - In Hindi
Q1. Why should I read the NCERT Solutions in Hindi of Chapter 7 of Class 10 Maths?
For scoring more than 90% marks in Class 10 Maths Chapter 7 Coordinate Geometry class test, Ans: If you are a Class 10 Hindi medium student, then reading the NCERT Solutions of Chapter 7 Coordinate Geometry will help you in the following ways:
These solutions will enable you to comprehend the important concepts of the chapter in an easy format.
The NCERT Solutions are created by the best subject matter experts who have years of experience in the teaching field. These professionals tend to provide accurate information in an understandable language.
These solutions help Class 10 students to prepare Chapter 7 Coordinate Geometry thoroughly for exams.
Q2. How can I score more than 90% marks in the Class 10 Chapter 7 Maths class test?
For scoring more than 90% marks in Class 10 Maths Chapter 7 Coordinate Geometry class test, check out the suggestions given:
Attend all your school and coaching classes regularly.
If you are unable to understand any concept, then ask your Math teacher to help you.
Revise significant concepts of the chapter at your home.
Solve textbook questions and examples, sample papers, important questions to keep things in your mind.
Refer to the NCERT Solutions in Hindi of Chapter 7 Coordinate Geometry of Class 10 Maths to solve difficult questions with ease.
Q3. How many exercises are there in Chapter 7 Coordinate Geometry of Class 10 Maths?
There are five exercises in Chapter 7 Coordinate Geometry of Class 10 Maths. These exercises are listed as:
Exercise 7.1- Introduction to Coordinate Geometry
Exercise 7.2- Distance Formula
Exercise 7.3- Section Formula
Exercise 7.4- Area of a Triangle
Exercise 7.5- Summary
Q4. How many questions are there in each exercise of Chapter 7 Class 10 Maths?
There are 10 questions in Exercise 7.1 of Chapter 7 Coordinate Geometry of Class 10 Maths. Exercise 7.2 also contains 10 questions in total. Exercise 7.3 is a short exercise that consists of 5 questions. While Exercise 7.4 is an optional exercise that possesses 8 questions.
You can refer to the NCERT Solutions of Chapter 7 Coordinate Geometry of Class 10 Maths available free of cost to solve exercise questions effortlessly so you may not face any problems while solving them.
Q5. What are the important formulas of Chapter 7 Class 10 Maths?
The important formulas of Chapter 7 Coordinate Geometry of Class 10 Maths are as follows:
The distance between two points each having two coordinates is calculated by √(x2-x1)^2+(y2-y1)^2 where x1 and y1 are two coordinates of point P and x2 and y2 are two coordinates of point Q.
The distance of a point from the origin is calculated in the form of √x^2+y^2.
The mid-point of the line segment is given in the form of x1+x2/2, y1+y2/2, where point P has coordinates x1, y1 and point Q has coordinates x2, y2.
