No. Absolute value applies to the set of real numbers.
Two (assuming you are talking about real numbers). In general, for any given positive number, there will be two real numbers whose absolute value is that given number. In the case of complex numbers, the answer is "infinitely many" - all the numbers on a circle centered on the origin, with that radius, have that absolute value.
There are two real numbers and infinitely many complex numbers.
the range is all real numbers
In Real numbers, each is the additive inverse of the other.
No. Absolute value applies to the set of real numbers.
Two (assuming you are talking about real numbers). In general, for any given positive number, there will be two real numbers whose absolute value is that given number. In the case of complex numbers, the answer is "infinitely many" - all the numbers on a circle centered on the origin, with that radius, have that absolute value.
Non-negative real numbers.
There are two real numbers and infinitely many complex numbers.
the range is all real numbers
Rules: Unlike SignsSubtract the absolute value of the number and copy the sign of the number with greater absolute value.
In Real numbers, each is the additive inverse of the other.
Its absolute value. E.g. the real numbers negative two (-2) and positive two (2) have the same absolute value (2).
The absolute value of a number is positive, so the range is always a positive real number. You are correct. The domain, that is the value before you take the absolute value, is all real numbers, but the range is always positive.
The absolute value of a number may be thought of as its distance from zero. In mathematics, the absolute value of a real number x is the non-negative value of x without regard to its sign.
The domain can be anything you like, from the whole of the real numbers to just a single value.
Only two real numbers but infinitely many complex numbers.