The square root of any negative number is imaginary. No integers nearby.
Negative 64 is the square root of an integer. The square root of -64 is not an integer.
The negative square root of 49 is -7. -7 is whole, integer, and rational number. It's not a natural or irrational number.
It is a negative integer, a rational, a real.
No, it is not even a real number. The square root of negative 5 is the square root of 5, times i.
The square root of any negative number is imaginary. No integers nearby.
The square of a positive number is positive. By the way, the square of a negative number is also positive.
It is a negative whole number or integer in the form of -49
Negative 64 is the square root of an integer. The square root of -64 is not an integer.
No. The square of a positive number is positive; the square of a negative number is also positive; and the square of zero is zero. If you want to square a number and get a negative result, you need complex numbers. For example, the square of 2i is -4.
The negative square root of 49 is -7. -7 is whole, integer, and rational number. It's not a natural or irrational number.
It is a negative integer, a rational, a real.
I am assuming that you mean the square root, in which case, the answer is no. An integer is a whole number, no decimals and can be positive or negative.
No, it is not even a real number. The square root of negative 5 is the square root of 5, times i.
It is a real number, a rational number, an integer.
No, any 2 negative numbers multiplied together equal a positive number
A negative number that is not an integer, of course. Examples are minus 1.5, minus pi, minus square root of 2, etc.