Good grief! We can't even write out a googolplex in decimal! How are you going to write it out in binary?
60 googolplex seconds
A googolplex is defined as (10^{\text{googol}}), where a googol is (10^{100}). Therefore, a googolplex can be expressed as (10^{10^{100}}). When you multiply a googolplex by itself, you get ( (10^{10^{100}}) \times (10^{10^{100}}) = 10^{10^{100} + 10^{100}} = 10^{2 \times 10^{100}} ). Thus, a googolplex times a googolplex equals (10^{2 \times 10^{100}}).
googolplex googol = 1100 googolplex = 1googol
no.
A googolplexplex.
Yes, googolplex is a number.
60 googolplex seconds
A googol is 10^100, and a googolplex is 10^googol, which is 10^(10^100). So, googolplex raised to the power of googolplex would be (10^(10^100))^(10^(10^100)). This can be simplified to 10^(10^100 * 10^(10^100)), which is an incredibly large number with 10^10000 digits.
googolplex googol = 1100 googolplex = 1googol
There are one googol 0's in a googolplex.
Googolplex - 1972 was released on: USA: 1972
Live at the Googolplex was created on 2002-02-19.
A googol is 10^100. A googolplex is 10^googol
Googolplex is a larger number because -llion is smaller than g-
No, Infinity is never ending, where as a googolplex is a fixed number.
no.
The largest real number that has been named is googolplex. What about 10^googolplex or googolplex^googolplex? The answer comes from the theory of non-computable functions. Scott Aaronson from MIT has a brilliant essay about it. See below for related link