What's the highest number possibly possible?
957362
we are taught in university that INFINITY is NOT a number, its' a concept. you cant convege to infinity, only diverge because you can never get there. there is no such thing as the highest number....only high numbers
525085
There is not last number of numbers. In the binary system, or for any system for that matter, you could always add digits to it and the number would increase by at LEAST a power of 10.\n\nInfinity could be the last number, but contrary to popular belief, it is not a number, rather a term stating that something has no end
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)
751359
6,470,000,000,000\n\nI think thats what it looks like. A number with that many 0's MUST be big.
157677
This question cannnot be answered due to a simple fact that there are infinite amounts of numbers, therefore is no limit to a higher or a lower number.
605317
Numbers, such interesting topics. Think of it like this. If you have one tomato, and you add another one, you have two. add another one, you have three. This process never ends. although, scientists are still researching about what infinity is. for now, we shall stick with what we got.
74381
Don't you think that maybe this so called "message board is not really for you" meaning you are not the target market of this "dumb" room...\n\nok the answer to your question is this\n\n\nfor (x=1; x<0; x = x++){\n println("the highest prime number is: " + x + " as of " + getdate());\n}\n\nthe largest prime number is x if this loop ever stop...
951824
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.\n\nClick on link to see it
1117885
23\n\nAny number exactly divisible by three can be represented just using the three. Any number that yields a remainder of 1 when divided by three and is at least 13 can be represented as 13 plus some number of 3s. Any number that yields a remainder of two when divided by three and is at least 26 can be represented as 13+13+some number of threes. Because all numbers must have a remainder of either 0, 1, or 2 when divided by 3, all numbers at least 26 can be represented with one of these schemes. It is easily seen that adding the ability to include more than two 13s, or any number of sixes, adds no additional power to the system. Therefore, the greatest number not representable would be the largest number less than 26 and having a remainder of 2 when divided by three. This number is 23.
688302
453,131,254,369,235,645,641\n\n....and probably more!
60395
If this is a math question then anything is possible.
26988
I think the odds would be 1 in infinite. That's just because you could just any number, and you only have one guess.
482701
"mode"\n"display digits"\n"float 12" (or however many you want - 12 is the highest)
356300
infinity because you could say any number  bigger than 100000000000000000000000000000000000 is infinity
429518
I can think of infinite numbers
987858
22 Red\nand yes the most ever i think
941721
i dont think there is any such limit