I think you mean perfect "score": 10-pin
The F-test (when used in an Analysis of Variance Problem): F = Mean square between / Mean square within If F=1, Mean square within and Mean square between are almost equal.
You could be playing four square, or, perhaps tennis or basketball. However, you could say the courts used for tennis and basketball are rectangles.
A square box. A special case is a cube or playing die.
Not sure what you mean by "perfect square root".A "perfect square" is the square of a whole number; if that's what you mean, yes, it's the square of the number 1.
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I think you mean perfect "score": 10-pin
There is no such thing as a mean square of a single number.
The F-test (when used in an Analysis of Variance Problem): F = Mean square between / Mean square within If F=1, Mean square within and Mean square between are almost equal.
If you mean the square root is 20, the answer is 400. If you mean the square root of 20, the answer is about 4.47.
if the distance from each corner to the next is 90 feet and it is a square, then the playing space inside should be 8100 square feet.
You could be playing four square, or, perhaps tennis or basketball. However, you could say the courts used for tennis and basketball are rectangles.
The square root of Ab^2 is |b|√A, where A is a positive real number and b is any real number. The absolute value of b is taken to ensure the result is always positive or zero. If b is negative, the result will be |b| times the square root of A.
It means that it has a square base.
A square box. A special case is a cube or playing die.
sqrt(324) = ±1818the square root is 18
I have a gold ring that has a square inside the band an it has a dot in the middle of square. What does it mean?