The square root of 64 is 8 and you can work it out using the square root algorithm.
There is no "8 square root" of something. You can calculate the square root, or the 8th. root, of something.
Dirty joke. The Square root of 69 is ATE something. If you still don't get it, ask your teacher.
a+ square root of b has a conjugate a- square root of b and this is used rationalize the denominator when it contains a square root. If we want to multiply 5 x square root of 10 by something to get rid of the radical you can multiply it by square root of 10. But if we look at 5x( square root of 10 as ) 0+ 5x square root of 10 then the conjugate would be -5x square root of 10
Yes it is. Do you want to know something spectacular? Well, it's not too great. But if you switch 21 around to make 12, 12 is the square root of 144, which has the same numbers as 441! Isn't that cool. So if you know what 12 is the square root of, you know what 21 is the square root of. WARNING: THIS DOES NOT WORK WITH ALL NUMBERS!!!!!!!!!!!!
The square root of 64 is 8 and you can work it out using the square root algorithm.
There is no "8 square root" of something. You can calculate the square root, or the 8th. root, of something.
One definition of "root" is "the basic cause, source, or origin of something." The source of a perfect square is the number that was multiplied by itself to create it: the root of the square, the square root.
Dirty joke. The Square root of 69 is ATE something. If you still don't get it, ask your teacher.
It is actually impossible to work out the square root of a shape but you can work out the square roots of the interior and exterior angles, the area and the perimiter
Nesting of square roots refers to the situation when a square root is written inside another square root. For example, if we have √(√9), this is an example of nesting square roots. It means that we are taking the square root of a number, and then taking the square root of that result.
square it and cube it
a+ square root of b has a conjugate a- square root of b and this is used rationalize the denominator when it contains a square root. If we want to multiply 5 x square root of 10 by something to get rid of the radical you can multiply it by square root of 10. But if we look at 5x( square root of 10 as ) 0+ 5x square root of 10 then the conjugate would be -5x square root of 10
(4/4)-(the square root of 4)-(the square root of 4)
0.6944
Yes.
1.4