Yes. Real numbers include positive and negative numbers, integers and fractions, rational and Irrational Numbers.
The product of nine negative real numbers is a negative real number.
Yes, the square root of 3 is a real number. (It is not imaginary. The square root of a negative number is imaginary.) The square root of 3 is not a rational number. It cannot be written as a fraction.
Yes, a fraction can be negative, e.g., -4/3, -2/5, etc.
A negative and a fraction are both less than one. A fraction is a negative. When you order fractions and negatives greatest to least just put the negative first.
You cannot get real square root of a negative number because two numbers multiplied by themselves are always positive You can always get a real cube root of a negative number because three negative numbers multiplied by themselves give a negative .
It is a negative mixed fraction or improper fraction, a rational number, a real number.
It is a negative number. It is also a rational number; also, it's a real number.
Unless the fraction is negative, the fraction is
You multiply the negative number by the reciprocal of the fraction.
i can be a negative number a negative number or a zero but i am never a decimal or fraction
Yes, it does.
The product of nine negative real numbers is a negative real number.
yes. it is negative. a negative number is a real number
You put the negative to the side, before the fraction, or you put the negative in the numerator, so it's a negative fraction. It can look like this: -1/2 or the negative can be on the side of the fraction
Exact same if there was no negative sign, the number is the number.
There is no such number, but is is a tiny, minuscule, fraction below zero. But half that fraction is a higher negative number. And half of THAT fraction is higher still. And so on.
Yes. A real number is any comprehendable number, from negative infinity to positive infinity. A rational number is any number that can be the answer to a division equation; an integer, fraction, or a decimal. An irrational number is any number that cannot be expressed as a fraction; such as exponents.