Ok. The solution, if you can call it that, for the previous one was this...
The numbers are simply the products of two consecutive primes squared, i.e. (1x1)*(2x2)=4, (2x2)*(3x3)=36, etc, etc. I'm sorry if these things are confusing and, hem, overly cryptic, but these things interest me sooo flippin' much.
AND THE NEXT ONE!
0, 0, 1, 1, 3, 1, 3, 1, 3, 5, 1, 5, 3, 1, 3...
This sequence, I think, doesn't, at least the way I computed it, have anything to do with squares.
!Noah!
3 comments:
4, 36, 225, 1225, 11858, 20449, 48841...
OK:
(1x1)x(2x2) = 4
(2x2)x(3x3) = 36
(3x3 = 9)x (4x4=16) = 144.
Sorry, man, you goofed. =(
4x4x5x5x=16x25=400...
Or maybe I just misunderstand. THis don't make any sense. :P
Oh, ouch. Sorry. I meant to say consecutive primes squared. Thus, continuing from my post, it'd go, (3x3)x(5x5)=225, then 1225, I think it goes, and so on. Sorry again for the confusion, Erin. *should check these things before posting them*
!Noah!
Post a Comment