A perfect square is a rational number equal to the square of a whole number.
When the whole number is a perfect square, ie it is a whole number squared.
The square root of 15 is not a whole number.
The square of every positive or negative even whole number is a positive even whole number. The square of every positive or negative odd whole number is a positive odd whole number. There are an infinite number of each kind.
nope! take the square root of 5, 2.236067978... which is not a whole number! hope this helps!
A perfect square is a rational number equal to the square of a whole number.
The square root of 16 is 4 which is a whole number.
When the whole number is a perfect square, ie it is a whole number squared.
The square root of 15 is not a whole number.
The whole number closest to the square root of 65 is 8. The whole number closest to the square root of 65 is 8.
A perfect square.
if its square root is a whole number
The square of every positive or negative even whole number is a positive even whole number. The square of every positive or negative odd whole number is a positive odd whole number. There are an infinite number of each kind.
Yes. The square of a whole number is always a whole number. For example, 3 squared is 9, so the square root of 9 is 3. What you never have, is the square root of a whole number being a fraction that is not a whole number. The square root of a whole number is either a whole number or an irrational number. For example, the square root of 2 is irrational, because there are no 2 whole numbers a and b such that a/b squared is 2. This is not terribly difficult to prove, but I have already said too much; I have answered your question.
nope! take the square root of 5, 2.236067978... which is not a whole number! hope this helps!
No. The square root of 249 is not a whole number, therefore it is not a square number.
perfect square