The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)
The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)
The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)
The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)
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square it and cube it
0.6944
30
If and only if you are working with a square, you get the square root of the number
The square root of 372.5 = 19.3 rounded to 1 decimal place
The square root of 64 is 8 and you can work it out using the square root algorithm.
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
square it and cube it
(4/4)-(the square root of 4)-(the square root of 4)
0.6944
1.4
30
It is -343 or 343
If and only if you are working with a square, you get the square root of the number
The square root of 372.5 = 19.3 rounded to 1 decimal place
2
7