Do numbers go on forever? What is the highest number?
103035
yes, numbers are infinate
356300
infinity because you could say any number  bigger than 100000000000000000000000000000000000 is infinity
853927
999,999,999,999.9\n\nlol, how old are your kids/
1056782
Well the truth is that there can be no largest number because no matter what the number is you can always add 1 to it.\n\nBut some interesting LARGE numbers to exist. In the show Cosmos by the late Carl Sagan, he talks about two such LARGE numbers called google and googleplex, but first please read below:\n\nHere's just a little idea about numbers:\n\nA 1 followed by 6 zeros is = 1,000,000 (one million)\nA 1 followed by 9 zeros is = 1,000,000,000 (one billion)\nA 1 followed by 12 zeros is= 1,000,000,000,000 (one trillion)\n\nand so on by adding three zeros successively you get:\n\nquadrillion, quintillion, sextillion, septillion, octillion, nonillion, decillion and so on. Most of these numbers you would probably NEVER use.\n\nBut get this, \n\none google = A 1 followed by 100 zeros (whew!)\n\nBut here's the real sinker:\n\none googleplex = A 1 followed by a GOOGLE zeros!!!!\n\nAccording to the show Cosmos, if somebody actually sat and tried to write a GOOGLEPLEX would a require a strip of paper so long that even if folded and folded and folded into smaller pieces could not be contained in the whole universe.\n\nI don't think we will reach a GOOGLEPLEX very soon, but I'm going to create history for you:\n\nGOOGLEPLEX + 1 (now that is a number that is even bigger, though maybe just a little)
550047
rational numbers are numbers that have decimals that end or have decimals that repeat.\n\ne.g. 1.33333333..., 1/3, 2, sq root 4, 3.1212121212..., 3.3233343536\n\nirrational numbers have decimals that cannot be terminated, meaning they can continue on forever.\n\ne.g. pi (mathematical term, not pie for eating!), 3.3233343536... (... is very important because it indicates that the decimals go on, if it doesn't have that then it means decimal ends) sq root 3\n\nhope you understand now :)
267167
Infinite is a number that is considered huge relative to the group of the numbers u r working with. for example if you are working with a numbers like .1, .2, .3 (One decimal place) then you can consider 100 is infinity number or 1000 or even 100000 what ever you decide which number is big enough to be infinity compassion with you numbers.
339026
my claim is that the number is infinite.  here is the reason, it depends on who you classify as a mathematician and what date you want to start at.  Also i claim that you can move forward in time, which i will claim is infinite, and find more mathematicians bore in march.
439151
there isn't any, but the longest that i know of are:\npar 3: 250\npar 4: 560\nPar 5: 650
471834
aren't u missing a number there on the last row???\n\nin that case... i would say...\n\n9 11 13 15 17 19....
296260
such a no. cannot exist but hey dude a great question lets look at it this way\nthe last digit of the given no. will be 6\nand the resulting no will be 4 times that no\nlast digit of 4*6 is 4 so the resulting nos last digit digit has to 4 \nthat would mean the first digit of the original no will  be 4\nso just as an eg let us consider the no. 46\n46*4 will be 184\nthat is the first digit will be 1(or 2 or 3 or 4 but never 6)\nthis will be followed by every no \nso u c such a no just canno exist
718168
There are infinite number systems simply because you can base a number system on any number except zero, but even 1 - the unitary system.  You've seen it - 1111 with a diagonal line through it for five.\n\nWe use the decimal number system, computers the binary, octal, and hexadecimal number system.\n\nNo matter which number system you use, the rules of math are the same.  For decimal you would carry ten, for binary, you'd carry 2, whatever the base of the system is.
133903
You can put it as the last number, right after 2, because that would be the 13th number.\nOr it could be after the number 6. If you add all the numbers and divide by 13, you would get 6.
448118
Oh jeeze, are you serious LOL.......ok lets say: 999,349,843,928,999,344,576,345,768,324,999 gazilliontrillionbazillion........
597363
100\n\nhttp://en.wikipedia.org/wiki/Names_of_large_numbers
340469
The amount of real numbers AND the amount of integers are both infinite.  Therefore, I there are an infinite number of integers and an infinite number of real numbers, so the answer to your question would be YES.  (Both are infinite) \nAnother way to look at it, however, is between the numbers 1 and 2 (2 consecutive integers) there can be an infinite amount of real numbers.  In this light you one might argue that there are more real numbers than integers.
389505
What you are asking is what is the highest number (short of infinity) that has a name?\n\nThe answer to that is a googolplex, which is 1 followed by a googol of zeros (a googol is 10^100\n\nBut in terms of the names that end in -illlion (the system developed by the French mathematician Nicholas Chuquet, 1445-1488, in the late 15th Century) the biggest I know is vigintillion, which is is 10^120 on the English (long) scale and 10^63 on the American (short) scale.\n\nVigintillion embodies the French word vingt for twenty reflecting the fact that a Frenchman devised the system.\n\nBRITISH SCALE\n\n1 million = 10^6\n1 billion = 10^12\n1 trillion = 10^18\n1 quadrillion = 10^24\n1 quintillion = 10^30\n1 sextillion = 10^36\n1 septillion = 10^42\n1 octillion = 10^48\n1 nonillion = 10^54\n\nCarrying on further, we have \n\ndecillion\nundecillion\nduodecillion \ntredecillion\nquattuordecillion \nquindecillion\nsexdecillion \nseptendecillion\noctodecillion \nnovemdecillion\nvigintillion
104840
Actually, as what I have learned, this equation is limitless because the numbers itself are limitless. The incredible fact about this is that in every number you substitute in "x", the answer is always "0".