Completing the square would be the same as "Finding the square root" So an example would be 16. 16 is a perfect square so it would reduce to 4.
40 is a not perfect square.
135 is a not perfect square.
110 is a not perfect square.
512 is a not perfect square.
It is the definition of a perfect square.
Any integer multiplied by itself results in a perfect square.
A number multiplied by itself is a perfect square as for example 5 times 5 = 25 which is a perfect square
The square root of a perfect square is a whole number. Example sqrt(36) = 6 so 36 is a perfect square Example sqrt(25) = 5 so 25 is a perfect square Example sqrt(8)= 2.828 which is not whole so 8 is not a perfect square
A perfect square is a whole number multiplied by itself. For example, the perfect square of 4 is 16.
Yes, just take its square root. Since it is an integer, 64 is a perfect square. Alternately, since the square of this integer is 64, 64 is a perfect square, by definition.
Sure. Take the fourth power of any natural number, for example 24 = 16. It square root is a perfect square, in this case 22. As another example, the square root of 34 = 32.
Yes, of some; the square root of any perfect square is rational - for example, the square root of 4, of 9, of 16, etc.On the other hand, if your "composite number" is not a perfect square, then its square root is irrational.
None. Perfect squares, by definition, are the squares of counting numbers and these cannot be fractions.
I think you mean Perfect Square. If so, an example would be 9. It is a perfect square because it can be square root to 3.
The square roots of perfect squares are the numbers that when squared create perfect squares as for example 36 is a perfect square and its square root is 6 which when squared is 36
52 = 25 This a perfect square. Take the square root of each side and.... 5 = 5