because u always need different ways to look at numbers
Because the set of numbers is infinite.
An infinite number of ways.
The answer depends on how you look at it, for example: 3=1*3^1/1=3^1^1, it's all the same. One could also represent 3 as 1+2, in that case one could say: 2.88888888888888888888+1.11111111111111111111112=3 and so on and so forth.
Language.
A infinite number is a number that goes on forever.
Because the set of numbers is infinite.
A written language.
Pi is an irrational number. As such, it has an infinite number of digits.
There are an infinite number of ways to get -14
An infinite number of ways.
infinite ways.
An infinite number of ways
An infinite number of ways.
There are an infinite number of ounces and it would require an infinite amount of time to represent each one of them separately.
An infinite number.
There are an infinite number of ways to divide anything.
"never-ending number" is ambiguous. You could either mean an infinite number, or an irrational number. For infinite numbers, you could use the Hebrew letter Aleph - which is used to represent the cardinal numbers of infinite sets of finite numbers. For irrational numbers, as far as I know there is no commonly accepted symbol to represent them.
Because pi is an irrational number that has an infinite amount of digits
There are an infinite number of ways in which the number 100 can be obtained from mathematical operations.
An infinite number of ways.
9
There are an infinite number of ways to do that.
An infinite number.
No, infinite is not a number or symbol used to represent every number there is. Rather, infinite is a concept rather than a number. Infinite refers to a group that has so many elements that they cannot all be counted. An infinite set has no end, bound or limit to the number of things in it (elements). A straight forward example of an infinite number of things is the set of positive integers. The positive integers are the "counting numbers" we're used to. They are 1, 2, 3, 4, 5, 6, 7, .... These numbers continue for infinity. There are an infinite number of them. There is no end, bound or limit to them. For each one you can find, you can add one and you will have a larger one.
2 ways