Numbers are unlimited...
The largest one I can think of with a specific name is Graham's number. It's so large that writing it, even in scientific notation, would require more space than there is in the entire universe. However, it's possible to come up with algorithms to generate even larger numbers, like Tree(3).
The link to the Wikipedia article on Graham's number contains links to some other very large numbers.
there is no biggest number.
The biggest number that goes into a set of numbers EVENLY is the Greatest Common Factor of the set of numbers.
13
There is no biggest number. Numbers go on forever. Infinity isn't a number.
There is no actual biggest number because numbers can go on forever.
it means to subtract all of the numbers and the sum of the numbers is the range (subtract the smallest number from the biggest number)
A chart like that would look pretty empty, sincethere's no such thing as a "biggest number".
No, I think prime numbers are infinite.
Numbers are infinite-so there is no biggest number.
There is no such number and nor can there be one. As soon as one person names the biggest number, someone else can always add 1 to it and that becomes the biggest number. But that process can go on without end.
the biggest number in the world has lots of numbers
Range = Biggest number - smallest number.
No because numbers are infinite
you take the biggest number and subtract it by the smallest number.
There is no biggest number. For every number there is a bigger number. Take any number, call it r. Then r+1 is bigger than r. So there can be no biggest number, since you can always add one to any number. Infinity is bigger than all the natural numbers (numbers like 1,2,3. . . ) and all the real numbers (numbers like 1.23456436435. . . . , 1/2, 145.9879845. . . ), but there are numbers that are bigger than infinity. Imagine you had infinity objects. Then count all the possible groupings of those objects, (for example, the third object by itself could be one grouping, and the first, third and fourth together could be another grouping). The number of possible groupings of the infinity objects is bigger than the number of objects.
Within the range covered by "thousands" would be any number from 1000 to 99,000 - after that the range is "hundreds of thousands. However, there is no such thing as "the biggest number" as all numbers can be added to, again and again, to an unreachable infinity.
1.73 is the biggest of those numbers.