What is the highest number? is there one?
367180
No, numbers never stop.  There is a sign for infinity that looks like a sideways, stretched number 8.
157919
The biggest first number is 9.  You won't find a single digit larger than it.
1079384
Hey!  Because there exists an infinite number of numbers, there are also an infinite number of prime numbers.  There is a computer running right now, generating prime numbers.  It made the news about a month ago because it had discovered a prime that was thousands of digits long.  There is also a proof that proves there is an infinite number of primes.  Hope that helps!
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)
1137046
There is no highest prime number.  Euclid showed that given any supposed prime number, you can always construct a new prime number higher than it.  Therefore there cannot be a highest prime number.\n\nYou do it this way.  Suppose the highest prime number is supposed to be "m".  Take "m" and all the prime numbers lower than "m", multiply them all together, and add one.  This new number cannot be divided evenly by "m", because it has a remainder of 1.  It cannot be divided by the next lower prime, because that too gives a remainder of 1, and so on.  Thus, the assumption that there was a largest prime number must be incorrect.\n\nExample, say we think the largest prime is 5.  Multiply 5 * 3 * 2 and add one to get 31.  31 is prime.  QED.
385212
If you're having to ask this question the number must be freakin huge! Revise your question and tell us. Come on, what is it? Like a hundred?
770284
m is the highest..\n\nd   500\nc   100\nl     50\nx     10\nv    5\n1    1\n\n\n\n= 666
148206
Actually, the largest number named and known is Graham's Number; it is the upper limit to the solution to a problem in an area of Combinatorics called Ramsey-Hunt theory.\n\nTo put it in context, if every particle in the universe were a pot of ink, and you had an infintely large sheet of paper, you would run out of ink before you wrote out the decimal expansion of Graham's Number.\n\nLast I heard--about three years ago--it was the largest number for which any use had been found
784931
all i know is that theres more then 100.\nHelium.
91450
Range is the difference between the smallest and the largest nubers.\n\nMode is the most occuring number(s).\n\nConsider the following numbers:\n\n4, 6, 7, 7, 8, 9, 9, 9, 10, 12\n\nRange = 12-4 = 8\nMode = 9
103035
yes, numbers are infinate
356300
infinity because you could say any number  bigger than 100000000000000000000000000000000000 is infinity
448118
Oh jeeze, are you serious LOL.......ok lets say: 999,349,843,928,999,344,576,345,768,324,999 gazilliontrillionbazillion........
853927
999,999,999,999.9\n\nlol, how old are your kids/
439151
there isn't any, but the longest that i know of are:\npar 3: 250\npar 4: 560\nPar 5: 650
967619
The World Champion largest number, listed in the last Guinness Book of Records is an upper bound, derived by R. L. Graham, from a problem in a part of combinatorics called Ramsey theory.\nGraham's number cannot be expressed using the conventional notation of powers, and powers of powers. If all the material in the universe were turned into pen and ink it would not be enough to write the number down. Consequently, this special notation, devised by Donald Knuth is necessary.\n3^3 means '3 cubed', as it often does in computer printouts.\n\n3^^3 means 3^(3^3), or 3^27, which is already quite large: 3^27 = 7,625,597,484,987, but is still easily written, especially as a tower of 3 numbers.\n\n3^^^3 = 3^^(3^^3), however, is 3^^7,625,597,484,987 = 3^(7,625,597,484,987^7,625,597... which makes a tower of exponents 7,625,597,484,987 layers high.\n\n3^^^^3 = 3^^^(3^^^3), of course. Even the tower of exponents is now unimaginably large in our usual notation, but Graham's number only starts here.\n\nConsider the number 3^^^...^^^3 in which there are 3^^^^3 arrows. A largish number!\n\nNext construct the number 3^^^...^^^3 where the number of arrows is the previous 3^^^...^^^3 number.\n\nAn incredible, ungraspable number! Yet we are only two steps away from the original ginormous 3^^^^3. Now continue this process, making the number of arrows in 3^^^...^^^3 equal to the number at the previous step, until you are 63 steps, yes, sixty-three, steps from 3^^^^3. That is Graham's number.\nThe link explains verious theories of large numbers.
278613
The highest number is infinity.