When you are asked for a simplified square root of some number, the answer is expected to be in radical form, not in decimal form. For example, 3 radical 2 (or three square roots of two) is the simplified square root of 18.
So, let's look at this one: the square root of 8.
The factors of 8 are 4 and 2. (8 and 1 are also factors, but those are not helpful.) So we can say that the square root of 8 is equal to the square root of (4 times 2):
SQT(8) = SQT(4 * 2)
This can be written another way:
SQT(8) = SQT(4) * SQT(2)
Since 4 is a perfect square whose square root is 2, we can write the equation above this way:
SQT(8) = 2 * SQT(2)
In English, that's "The square root of 8 is 2 square roots of 2" or "The square root of 8 is 2 times the square root of 2" or "The square root of 8 is 2 radical 2."
What's this radical business? Well, I can't draw the radical sign here, so I've been using the SQT(x) convention. That is equal to an x under a radical sign.
By the way, 2 times the square root of 2 is 2.828, if you are wondering.
The square root of 20 simplified is ±4.5
The square root of 96 simplified is: 9.8
The square root of 828 simplified is 28.8
The square root of 65 cannot be simplified.
The square root of 58 simplified is 7.6 (7.61577311).
They are -8*i and +8*i where i is the imaginary square root of -1.
The square root of 64 is 8(8 x 8 = 64)
square root of 8*square root of *4 = 32 Sq root of 4=2 so its 2sq root 8
The square root of 20 simplified is ±4.5
The square root of 96 simplified is: 9.8
The square root of 828 simplified is 28.8
The square root of 212 simplified is: 14.6
The square root of 13 simplified is 3.6
The square root of 176 simplified is 13.3
The square root of 2,626 simplified is 51.2
The simplified square root of 530,000 is: ± 728
The square root of 382 cannot be simplified.