The Answer to this years game - 42!

[artdutra04]

Originally Posted by Ashley Christine

Is this an answer, will this number solve everything for the year? Or is it all just coincidental : ponders :

Post your thoughts, or even YOUR 42's

That is amazing!

But I found one:

4^2-(4+2) is the number of balls that can start on your robot in autonomous.

That's all I have. Ashley's crazy analysis took almost everything I can think of...

EDIT: I swear I remember typing in those parenthesis's.

[Lil' Lavery]

lol, Ashley, we're such losers

[Ashley Christine]

Originally Posted by Lil' Lavery

lol, Ashley, we're such losers

Thats okay Makes life more exciting that way.

[KrtZer0]

Originally Posted by artdutra04

4^2-4+2 is the number of balls that can start on your robot in autonomous.

Nooo 4^2=16, 16-4 =12, 12+2=14, 14 != 10

lets try...
4^2-4-2

[K.Shaw]

Originally Posted by KrtZer0

Nooo 4^2=16, 16-4 =12, 12+2=14, 14 != 10

lets try...
4^2-4-2

yes haha i did that math in my head and was like thats not right thanks for beating me to the post! lol

[Ashley Christine]

Oh this is fun!!

I lolve being a nerd!! <3

[artdutra04]

Originally Posted by KrtZer0

Nooo 4^2=16, 16-4 =12, 12+2=14, 14 != 10

lets try...
4^2-4-2

I was thinking of 4^2-(4+2) = 16 - 6 = 10, but somehow I must have forgot the parenthesis among all those [b] brackets...

This is also exactly why I don't work on robot designs at 1:30 in the morning.

[Ashley Christine]

Hahha.

Yeah stupid brackets! The screw you over everytime.

And whoops, I fixed the match time thing.

[Lil' Lavery]

The average number of currently registered teams per event (including championship) is right now, 42.5.....

[Aburame Shino]

That is freaking business, and probably working overtime too.