Let x represent the integer volume of a cube that contains n-squared sub-cubes of integer volume (where the entire cube counts as a sub-cube, and n is the smallest perfect number)
Let the next number counted be x.
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Let x represent the integer volume of a cube that contains n-squared sub-cubes of integer volume (where the entire cube counts as a sub-cube, and n is the smallest perfect number)
Let the next number counted be x.
4/20
705
Twenty-Seven
707
zeven en twintig
vingt-sept
sieben und zwanzig
wat
27
711
pls stop
27
714: the number of Chromosomes in my genome
716
27
27
@Arsonist I do not speak on behalf of all members of the 27 cult, but I myself am willing to compromise.
I'm willing to slowly count up, but all roads must go to 27.
For example, we could count like this: 27 - 1, 27 - 1/2, 27 - 1/3, 27 - 1/4 exc.
I am willing to respect this compromise. All roads must go to 27.
(btw 27)
27 + 692
719
720
No compromises, comrades.
27
I apologize for straying. I see the truth now.
27
Praise the Commandant! For the Squirtle Legion!
27
725
726
727
728
729
27
732
Guys 27 isn't even funny, stop.
733
734
3 to the 3
1. 27 is not funny
2. 3 to the 3 means 33^3 and written as 33. See more here. So what you said is actually 19683.
27
let x be the smallest odd cube, other than the unit cube.
Let the next number be x.
27
740
27
742
743
744
745
746
747
748
749