just be a hexagon instead. hexagons are the bestagons
It's Odd to be Square!
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Nov 3, 2022
0
#4
1+3 + 2(6)= 36
4 + 12= 36
16=36
16 does not equal 36, your theorem is wrong
4 + 12= 36
16=36
16 does not equal 36, your theorem is wrong
That theorem is really weird
Nov 3, 2022
0
#6
Mark12291229 wrote:
1+3 + 2(6)= 36
4 + 12= 36
16=36
16 does not equal 36, your theorem is wrong
4 + 12= 36
16=36
16 does not equal 36, your theorem is wrong
All theorems necessary work as they are proven theories.
And your input is bogus unlike mine.
16 equals 16 don’t it ……how can 16 equal 36 ! 🤷♂️
Good job Alfred. 2n-1 is always an odd number. So 1+3+5+7=16=4^2 thus the sum of consecutive odd numbers is a square▪︎
Note that 2n-1=2(4)-1=7
Hence the 4^2 for n^2
funny man reference
A mathematical bump
1=1^2
1+3=2^2
1+3+5=3^2
1+3+...+2n-1=n^2