Moderators: They make you lose count(Longest thread still alive!)
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5 Hmm, I wonder what's the highest we could possibly count before the entire Earth would collapse into a black hole?
A = 4 * pi * r^2
A = log2(n)
n = 2^(4 * pi * (radius of Earth)^2 / planck area)
= Overflow[]
Lol, I just broke Wolfram|Alpha.
A = 4 * pi * r^2
A = log2(n)
n = 2^(4 * pi * (radius of Earth)^2 / planck area)
= Overflow[]
Lol, I just broke Wolfram|Alpha.
Aha. By editing my query a bit, I find that the number the Internet would have to count to is 2^(1.957×10^84).
That equals 10^(5.89×10^83), I think, which is on the order of 10^(10^84), which means that we'd need to count to a number that, expressed in decimal, would be 10^84 digits long. Ans we'd have to keep track of every single one of those digits, of course- if we could round it off like I just did, we wouldn't he here.
Not gonna happen anytime soon. That number is a far cry from 8, for sure.
That equals 10^(5.89×10^83), I think, which is on the order of 10^(10^84), which means that we'd need to count to a number that, expressed in decimal, would be 10^84 digits long. Ans we'd have to keep track of every single one of those digits, of course- if we could round it off like I just did, we wouldn't he here.
Not gonna happen anytime soon. That number is a far cry from 8, for sure.
