It is not clear whether you want to add the two numbers, multiply them, or what. Moreover, in each case there are an infinite number of possibilities.
No, numbers can't stop it goes up to infinity and more counting never stops
The question has infinite correct answers. Some are -8 and 0, -7 and -1, -9 and 1, etc.
That's an infinite list. 5 and 3 is one such pair.
1802
Prime numbers are infinite.
It is not clear whether you want to add the two numbers, multiply them, or what. Moreover, in each case there are an infinite number of possibilities.
Countably infinite means you can set up a one-to-one correspondence between the set in question and the set of natural numbers. It can be shown that no such relationship can be established between the set of real numbers and the natural numbers, thus the set of real numbers is not "countable", but it is infinite.
There is an infinite number of prime numbers after 500!
this is impossible to answer as there are so many numbers the list is infinite.
That's an infinite list.
The short answer is, infinite. With just integers, There are 498 numbers that can round up to 500, and 498 that can round down. If we include partial numbers, there are infinite, since the numbers can get infinitesimally small.
27
No, numbers can't stop it goes up to infinity and more counting never stops
The question has infinite correct answers. Some are -8 and 0, -7 and -1, -9 and 1, etc.
The 'answer' is a pair of numbers ... one for 'x' and another for 'y' ... that make the statement true when you put them in place of 'x' and 'y'. There are an infinite number of pairs that can do that, so there are an infinite number of answers. All you need is any pair of numbers that add up to 4 .
There is an infinite number of ways three numbers can have the sum of 11