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RS Aggarwal Solutions Class 8 Maths Chapter 3 Squares And Square Roots
RS Aggarwal Solutions Class 8 Maths Chapter 3 Squares And Square Roots – Overview
- Definitions
 
The value generated by multiplying the number by itself is called the Square of a number.
The value that, when multiplied by itself, gives the original value, is the square root of a number.
For example:
(6)² = 36
The square of 6 is 36 whereas 6 is the square root of 36. Therefore, the concept of the square and square root are opposite.
- Properties Of A Square Number
 
- The square of any number gives a positive number.
 - The square of 1 is 1.
 - The square of 0 is 0.
 - The Square of a number under the root gives the same number as the number under the root.
 - For example (√3)² = 3
 
There are 2 ways to find the square root of a number correctly:
- Prime Factorisation Method
 - Using Long Division Method
 
- 
Squares and Square Roots of Numbers From 1 to 50
 
| 
 Number  | 
 Square of Number  | 
 Square Root of Number  | 
| 
 1  | 
 1  | 
 1.000  | 
| 
 2  | 
 4  | 
 1.414  | 
| 
 3  | 
 9  | 
 1.732  | 
| 
 4  | 
 16  | 
 2.000  | 
| 
 5  | 
 25  | 
 2.236  | 
| 
 6  | 
 36  | 
 2.449  | 
| 
 7  | 
 49  | 
 2.646  | 
| 
 8  | 
 64  | 
 2.828  | 
| 
 9  | 
 81  | 
 3.000  | 
| 
 10  | 
 100  | 
 3.162  | 
| 
 11  | 
 121  | 
 3.317  | 
| 
 12  | 
 144  | 
 3.464  | 
| 
 13  | 
 169  | 
 3.606  | 
| 
 14  | 
 196  | 
 3.742  | 
| 
 15  | 
 225  | 
 3.873  | 
| 
 16  | 
 256  | 
 4.000  | 
| 
 17  | 
 289  | 
 4.123  | 
| 
 18  | 
 324  | 
 4.243  | 
| 
 19  | 
 361  | 
 4.359  | 
| 
 20  | 
 400  | 
 4.472  | 
| 
 21  | 
 441  | 
 4.583  | 
| 
 22  | 
 484  | 
 4.690  | 
| 
 23  | 
 529  | 
 4.796  | 
| 
 24  | 
 576  | 
 4.899  | 
| 
 25  | 
 625  | 
 5.000  | 
| 
 26  | 
 676  | 
 5.099  | 
| 
 27  | 
 729  | 
 5.196  | 
| 
 28  | 
 784  | 
 5.292  | 
| 
 29  | 
 841  | 
 5.385  | 
| 
 30  | 
 900  | 
 5.477  | 
| 
 31  | 
 961  | 
 5.568  | 
| 
 32  | 
 1,024  | 
 5.657  | 
| 
 33  | 
 1,089  | 
 5.745  | 
| 
 34  | 
 1,156  | 
 5.831  | 
| 
 35  | 
 1,225  | 
 5.916  | 
| 
 36  | 
 1,296  | 
 6.000  | 
| 
 37  | 
 1,369  | 
 6.083  | 
| 
 38  | 
 1,444  | 
 6.164  | 
| 
 39  | 
 1,521  | 
 6.245  | 
| 
 40  | 
 1,600  | 
 6.325  | 
| 
 41  | 
 1,681  | 
 6.403  | 
| 
 42  | 
 1,764  | 
 6.481  | 
| 
 43  | 
 1,849  | 
 6.557  | 
| 
 44  | 
 1,936  | 
 6.633  | 
| 
 45  | 
 2,025  | 
 6.708  | 
| 
 46  | 
 2,116  | 
 6.782  | 
| 
 47  | 
 2,209  | 
 6.856  | 
| 
 48  | 
 2,304  | 
 6.928  | 
| 
 49  | 
 2,401  | 
 7.000  | 
| 
 50  | 
 2,500  | 
 7.071  | 
- Perfect and Imperfect Square
 
- Perfect Square: If a whole number is multiplied by itself to generate a given number, it is said to be a Perfect square.
Example:
25−−√=5×5−−−−√=5 - Imperfect square: If a whole number is not multiplied to generate a given number, it is an imperfect square.
Example:
13−−√=3.606 
- In between Squares
 
Suppose the 2 consecutive squares are n² and (n+1)², then the number between them is 2n.
For example:
Find the numbers between 2² and 3².
2² = 4
3² = 9
And, n = 2
Therefore, the total numbers between 4 and 9 = 2n = 4
Therefore, the numbers are 5, 6, 7, 8.
- Pythagorean Triplet
 
3 positive integers a, b, c which satisfy this Pythagoras theorem a²+b²=c² is called the Pythagorean Triplet and the positive integers are called Pythagorean triples.
Example: (3, 4, 5)
By evaluating we get:
32 + 42 = 52
9 + 16 = 25
Hence, 3, 4, and 5 are the Pythagorean triples.
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