Find the square root of 4064256 by long divide method in detail
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The answer is in the attachment .
Hope it helps!!!!
Hope it helps!!!!
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[ In the above pic. it is shown that how we can solve this problem by long division method ]
_______________________________
Step 1 —
We need to pair out the numbers from right side. For example, look at the number
4064256. We need to make pair of two numbers from right side.
i.e. (4) (06) (42) (56)
_______________________________
Step 2 —
We need to divide the number by the pairs.
Remember : After writting every number in quotient we need to multiply it by 2. The multiplied number will be written in the left side.
i.e.
to divide 4 we take 2×2.
then it came up to 6, here, we cannot divide anything. So, here we are multiplying by 0 as 0×any number is 0.
by repeating this process we are completing the problem.
_______________________________
Step 3 —
Until the answer comes 1 at the remainder, repeat the process until the remainder comes 1. The number at the quotient is the answer or the sq. root of the given perfect sq.
i.e.
_______________________________
With this steps we complete the problem by long division method.
Remember : Any number ending with 2, 3, 7 & 8 are not a perfect sq.
_______________________________
Step 1 —
We need to pair out the numbers from right side. For example, look at the number
4064256. We need to make pair of two numbers from right side.
i.e. (4) (06) (42) (56)
_______________________________
Step 2 —
We need to divide the number by the pairs.
Remember : After writting every number in quotient we need to multiply it by 2. The multiplied number will be written in the left side.
i.e.
to divide 4 we take 2×2.
then it came up to 6, here, we cannot divide anything. So, here we are multiplying by 0 as 0×any number is 0.
by repeating this process we are completing the problem.
_______________________________
Step 3 —
Until the answer comes 1 at the remainder, repeat the process until the remainder comes 1. The number at the quotient is the answer or the sq. root of the given perfect sq.
i.e.
_______________________________
With this steps we complete the problem by long division method.
Remember : Any number ending with 2, 3, 7 & 8 are not a perfect sq.
Attachments:
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