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How cost effective is a con swarm

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Date Editor Before After
3/12/2013 1:29:25 AMGBrankKyubey before revert after revert
Before After
1 ((x^2-1)*4)=e cost to od to x (in the manual) 1 ((x^2-1)*4)=e cost to od to x (in the manual)
2 ((x^2-1)*4)-((x-1)^2-1)*4)=e cost to increase od by 100% 2 ((x^2-1)*4)-((x-1)^2-1)*4)=e cost to increase od by 100%
3 *17.7=the cost of 1 e produced by singu in terms of metal 3 *17.7=the cost of 1 e produced by singu in terms of metal
4 \n 4 \n
5 (((x^2-1)*4)-((x-1)^2-1)*4))*17.7=the cost to increase od by 100% in terms of metal(if you use singu) 5 (((x^2-1)*4)-((x-1)^2-1)*4))*17.7=the cost to increase od by 100% in terms of metal(if you use singu)
6 \n 6 \n
7 (((x^2-1)*4)-((x-1)^2-1)*4))*17.7/m=the amount it costs to increase your income by 1 metal using od 7 (((x^2-1)*4)-((x-1)^2-1)*4))*17.7/m=the amount it costs to increase your income by 1 metal using od
8 \n 8 \n
9 933=metal/metal of cloaky con 9 933=metal/metal of cloaky con
10 733=metal/metal of nanolathe 10 733=metal/metal of nanolathe
11 \n 11 \n
12 put in metal/metal into y, solve for x, you is done! 12 put in metal/metal into y, solve for x, you is done!
13 \n
14 you get od value to get %=(x-1)*100