It depends on which of those numbers you are referring to. The whole numbers are 0, 1, 2, 3, ..... Infinity is not really a number as it cannot be quantified, though. If you're including more than just the counting numbers an zero, then you could call this set non-negative (positive would not include zero). It could be rationals, or reals, depending on your definition.
But based on the question as stated, non-negative is the only thing that can be inferred.
Actually, the numbers 0-9 are the basic numbers. These single digits can form any number to infinity.
All whole negative numbers out to negative infinity, the Number 0 and the Numbers 1,2,3 and 4.
infinity/(infinity - .01)
Numbers such as 0, 1, 2, 3 are also called the wholenumbers.*apex* ---->>Counting-PurpleLicious-
depends on what you mean by the question. it is a whole next to 0, it is the easiest thing to multiply by it is the first ordinal number it is an Arabic numeral it is the first of the natural numbers it is the second of the base ten numbers it is the integral ( -infinity to infinity) of f(t)\ dt in real numbers it the infinitely recurring decimals 0.99999999... and 1.000000... .
whole numbers include numbers from 0 to infinity whereas natural numbers are the numbers from 1 to infinity
Actually, the numbers 0-9 are the basic numbers. These single digits can form any number to infinity.
A WHOLE NUMBER IS ANY NUMBER FROM 0 TO INFINITY.
Infinity and negative infinity are not "numbers". Depending on the context you could express it as (-1)/0, though.
Whole numbers are numbers 0, 1, 2, 3, ..., up to infinity. And -1, -2, -3, ... down to "negative" infinity
10 (or e) to the power of x range from zero to infinity. Lets try the extreme cases: 10^infinity = infinity 10^0 = 1 10^-infinity = 1/infinity = 0
There is an infinity of numbers between 0 and 1. In decimal form, all of then would have the representation 0.abcd...
There are an infinite amount of rational numbers between 0 and 1.
Undefined: You cannot divide by zero
Unreal numbers are complex numbers and numbers of higher order. There are infinitely many of them. It can be shown that the cardinality of complex numbers is the same as that of real numbers: this cardinality is called the continuum, C.There are À0 (aleph-null) counting numbers or integers or rational numbers - the "smallest infinity"!!!. C is equal to 2À0.
infinity (∞)
Positive: (0, infinity)Nonnegative: [0, infinity)Negative: (-infinity, 0)Nonpositive (-infinity, 0]