Math, asked by Bhavyaashok9781, 4 months ago

find the square root of 3481 in division method ​

Answers

Answered by yash2437
0

Step-by-step explanation:

Now, remainder becomes zero (0) so the square root of 3481 is quotient of the division. So, the square root of 3481 is 59.

Answered by MansiMMohan
1

Answer:

59

Step-by-step explanation:

Given : Number 3481.

Given : Number 3481.To find : Square root of 3481 by long division method?

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :The long division method steps are as follow :

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :The long division method steps are as follow :Step 1 - Group the digit into pairs like 34 81

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :The long division method steps are as follow :Step 1 - Group the digit into pairs like 34 81Step 2 - Find the largest number whose square is less than or equal to the number 34 i.e. 5 Divide and get the remainder.

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :The long division method steps are as follow :Step 1 - Group the digit into pairs like 34 81Step 2 - Find the largest number whose square is less than or equal to the number 34 i.e. 5 Divide and get the remainder.Step 3 - Bring down the next pair 81. Write a largest possible digit to become the new digit in the quotient, such that when the new divisor is multiplied to the new quotient the product is less than or equal to the dividend i.e. 9.

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :The long division method steps are as follow :Step 1 - Group the digit into pairs like 34 81Step 2 - Find the largest number whose square is less than or equal to the number 34 i.e. 5 Divide and get the remainder.Step 3 - Bring down the next pair 81. Write a largest possible digit to become the new digit in the quotient, such that when the new divisor is multiplied to the new quotient the product is less than or equal to the dividend i.e. 9.Step 4 - As the remainder became zero stop there.

Given : Number 3481.To find : Square root of 3481 by long division method?Solution :The long division method steps are as follow :Step 1 - Group the digit into pairs like 34 81Step 2 - Find the largest number whose square is less than or equal to the number 34 i.e. 5 Divide and get the remainder.Step 3 - Bring down the next pair 81. Write a largest possible digit to become the new digit in the quotient, such that when the new divisor is multiplied to the new quotient the product is less than or equal to the dividend i.e. 9.Step 4 - As the remainder became zero stop there.So, \sqrt{3481}=59

3481

=59

Hope it will help you

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