both
Square numbers have too many factors to be prime.
The square root of any positive, non-square number will be both real and irrational.
Yes it is both
The number of digits in the square root of a number depends on the number. If it is a square number, the square root will have a finite number of digits. If the number is not a square number then the square root will be an irrational number with an infinite, non-repeating decimal representation. In both cases, the number of digits before the decimal point, in the square root of x will be the rounded value of 1+0.5*log10(x)
64 is. And I regret that I have no clue what you mean by "deatils prosure".
both
Square numbers have too many factors to be prime.
25 is both square and composite
It is both.13 is the square of +/- 3.6056, approx. However, since it is not the square of an integer, it is not a perfect square.It is also the square root of 169.
1 and 36
A square
This is an odd question. I hope you understand that a "square number" is not the opposite of a prime number. Zero is not a prime. Zero is a "square number" since 02=0.
when x is a negative number --- is a wrong answer since square root of a negative number is not defined. So x has to be zero or a positive number. The correct answer is that when x lies between 0 and 1 (with both limits excluded), its square root is greater than the number itself. Of course at both limits, the square root (assuming the positive square root - since a square root of a number can be positive or negative, both with the same absolute value) is the same as the number.
A square number is the product of a number multiplied by itself. It is square because both numbers are equal, just like the sides of a square. Example: 3x3=9 the square root of 9 is 3.
It is the smallest composite number that is both a perfect square and a perfect cube.
The square root of any positive, non-square number will be both real and irrational.