The next whole number larger than a googol is (googol plus 1).
-- There is also the number whimsically named a "googolplex", defined as 10googol ,
or ' 1 ' followed by a googol zeros.
-- There is also the number named a "googolplexian", defined as 10googoolplex ,
or ' 1 ' followed by a googolplex zeros.
-- There are also numbers with names that are much larger than these, but I don't
know anything about them.
-- There's no such thing as the "largest" number. There might be such a thing as
the largest number with a unique name, but if you choose a number, then no matter
how large it is, I can always add ' 1 ' to your number and make a larger one.
googol and one, googol and two, googol and three...
There are (googol+1) of them.
A googol is 1 * 10^100. a googol times a googol is: 1 * 10^100 * 1 * 10^100 = 10^100 * 10^100 = 10 ^ (100 + 100) = 10^200. Therefore a googol times a googol will have 200 zeros in it.
100 googol.
Googol has 33 commas.
2 googol
googol and one, googol and two, googol and three...
There are (googol+1) of them.
Googol can be written as googol or 10^100.
Oh, dude, a googol times a googol is basically a googol multiplied by a googol. And a googol is like 10 to the power of 100, so when you multiply that by another googol, you're basically getting a number that's like really, really big. Like, so big you probably won't ever need to use it in real life.
One googol and one would be next after one googol.
A googol one, googol two, googol three, ...
A googol has 100 zeros. A googolplex has a googol of zeros. 1 googol is 10100. A googolplex is 10googol .
A googol is 1 * 10^100. a googol times a googol is: 1 * 10^100 * 1 * 10^100 = 10^100 * 10^100 = 10 ^ (100 + 100) = 10^200. Therefore a googol times a googol will have 200 zeros in it.
Since one googol equals 10100 (1 followed by 100 zeros), googol times googol equals 101000 (1 followed by 1,000 zeros).
Googol is defined as 10100
1 googol = 10100 1 googolplex = 10(googol)