There is no limit to the number of y-intercepts a line can have. The axis itself is a line and it intercepts itself an infinite number of times.
Chat with our AI personalities
infinity
It does not exist.Proof: Indeed, suppose that this number exists, and denote it by X.Then X+1 is also a whole number (by definition of the whole numbers). So X cannot be the greatest number since X+1 is even greater, which contradicts the assumption of the first line. The same argument follows for X+1 (compared to X+2), and so on.Consequently, there is not a greatest whole number.Remark: One may consider that infinite is the greatest whole number (without such an above contradiction, since infinite+1=infinite), however infinite is not defined to be a whole number.
The digit with the second greatest value in the number is '1'. its value is second to the largest number which is 2.
Irrational numbers can be graphed at a number line, but only as an estimation.
The number would be 7.9 on a number line. What you can do to find this number is go to the spot on the number line that says 7 and 8. Cut the number line between 7 and 8 into 10 pieces. Then count to the ninth peice and this is 7.9