## RD Sharma Class 6 Solutions Chapter 7 - Decimals (Ex 7.10) Exercise 7.10 - Free PDF

## FAQs on RD Sharma Class 6 Solutions Chapter 7 - Decimals (Ex 7.10) Exercise 7.10

1. What are the benefits of having the solutions of Chapter 7 Exercise 7.1 by experts?

Owing to extensive research, the experts are aware of how these solutions should be formatted, which questions require shortcuts and what is the expectation an examiner has from your solution. So basically the solutions designed by experts of Vedantu are not only helping you learn how to answer perfectly but also help you understand how to manage time with their tips and tricks.

**2. Is the decimal chapter of class 6 a tough or easy one?**

This chapter is an easy and scoring one. You just need to solve as many questions from this chapter as possible and you will definitely understand the concepts. The more questions you solve, the more you will improve your accuracy and speed.

**3. What is the concept explained in the chapter Decimals of class 6 RD Sharma?**

This chapter explains that the fraction used to represent numbers smaller than 1 are called Decimals. The decimal part or period separates the fractional part and the whole number part in a number. The introduction of this chapter will provide you with lots of definitions and numerical problems that explain these concepts well.

**4. Will the RD Sharma solutions for Chapter 7 Exercise 7.1 provided by Vedantu be important from the exam point of view?**

To get a good score and a strong understanding of the concepts in the chapter decimal, students can refer to RD Sharma practice questions. These questions provided in the book will help you to strengthen your understanding and as the solutions are provided by experts it will help you maintain the momentum by learning from your mistakes.

**5. What are terminating decimals and recurring decimals?**

According to RD Sharma, terminating decimals is the decimal that has a finite number of digits after a decimal, whereas the recurring decimal can be considered as one in which the decimal representation becomes periodic or the same sequence of the digits keeps on repeating.