Numbers go on forever. Any number can be increased by adding 1, or by adding any other number, or by doubling that number, or by multiplying that number by any other positive number greater than 1. All such operations will result in a larger number, and you may perform such operations as many times as desired. ("Infinity" is a concept different from large numbers; it is not itself a number in the class of "real numbers.") You may see the Related Link for more on large numbers.
For a number of days.
Never
Just tell who you are explaining to it's a number line 1 to how long it go's
Not until you reach 792.
There is no last number, if that's what you mean. Whatever number you choose, you can always add one more, to get an even larger number.
Over/about 13 million digits! wow that's a long number! if you wanna see it, go to www.math.Utah.edu/~pa/math/largeprime.HTML
if you start at zero (0) and count upwards the number one (1) is the first number you get to, it is part of a long chain of numbers that go on and on and on and on and on and on and on and on and on and on and on and on and on and on etc...
Yes, as long as the decimal does not go on forever without repeating.
For as long as you are sentenced. The problem lies in sentencing guidelines. These can vary due to a number of variables.
it's a long number but here it is 8762.190547636909 { P.S. I did this on a calculator }
Get the serial number off it and go to Browning's website.
10,001 4 girls created it and it was 2 miles long