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RM2k(3) lovers, FIGHT!

This looks promising, but I'm done with RPGMaking.

Did Anyone Pick Up "New Super Mario Bros. Wii?"

Just got this today. It's as addicting as 'N', if any of you have played that, and it feels a bit like the game too. The game is really really hard, so you'll be dying a lot, but there's no real game overs unless you run out of time so you can just keep on respawning until you beat the level in question. Also, it's incredibly addicting meaning that you don't really care that you die (at least I don't) cause it's just an opprotunity to play it again.

However, worth=/=$50. Wait a while, then get it.

What Videogames Are You Playing Right Now?

New Super Mario Bros. Wii ! ! !

The Co-op is so much fun it's ridiculous.

The Spirit Stone OST

Doo dum dee doo...
*twiddles thumbs*

Did Anyone Pick Up "New Super Mario Bros. Wii?"

I might rent this tomorrow.

Also, the PS2 is indeed the pinacle of gaming.

How do I make a Video of my game?

Hypercam is nice too.

Screenshot Sesame Street (40th Anniversary Edition)

post=108139
Oh my gosh, I just read this after flipping through the posts again. Wow what the hell!?

You started this whole argument just to make me feel bad about my ABS?

What kind of human are you? I mean, I would never say that to anyone on this forum regardless of what I thought about them.

Nightblade you failed in your mission, you have not made feel bad about my game or ABS. You just have made me want to work at it even harder and release it even sooner. Thanks.

Nightblade? Insult? Make feel bad?

...

Naauugghh

A fun little math problem for you math wizzes out there.

whoah. I never would've caught that.

Anybody else know any cool math or logic problems?

A fun little math problem for you math wizzes out there.

post=107859
Since I do like math problems though, see if you can remember the fallacy of this 1=2 problem:

The Proof:

* Step 1: Let a=b.
* Step 2: Then a^2=ab ,
* Step 3: a^2 + a^2 = a^2 + ab,
* Step 4: 2a^2 = a^2 + ab ,
* Step 5: 2a^2 - 2ab = a^2 + ab - 2ab ,
* Step 6: and 2a^2 - 2ab = a^2 - ab .

* Step 7: This can be written as 2(a^2 - ab) = 1(a^2-ab),
* Step 8: and cancelling the (a^2 - ab) from both sides gives 1=2.
looking through it right now. Holy crap.

EDIT: A bit confused. How does one get from step 5 to step 6?

DOUBLEEDIT: I cannot find an error, which disturbs me.

Minigame2.PNG