it is worth it for the song at the very least XD

Ill def check it out

I have returned...

5 cm/s was the worst. It was not even close to OK. It was easily one of the most terrible, gut-wrenching experiences of my entire life. I watched it in a public place, and was in tears by the end. Also, there's no way that rose petals actually fall at 5 centimeters per second. Do you know how slow that is? It would take 20 seconds for them to fall a single meter at that rate. Do you know how long 20 seconds is? Do you know how short a meter is? There's no way.

In conclusion, I highly recommend that you watch this anime.

>rose petals.
ok.


Welcome.back natsu owo

O: well hopefully you watch my links rose

Hey, you all should give me ideas for male avi cosplays because I'm on an avi block.

THIS. CALLS. FOR. RIVAILLE!
http://images1.wikia.nocookie.net/__...in-2632591.jpg

-sighs- ugh tonight is slow and i feel dull

Ooh. I don't really know this character, but I can try.

Hes from shingeki no kyojin
I think id be easier to do him in the cloak so that's why I linked that image.
Rivaille is so amazing and is a neat freak

But if hes too hard to do just ignore me x'D

Sowwy choco ono I feel the same

Maybe I should watch this.. video.. When my roommate goes to sleep, I would now but, he would complain about the noise ;-;

Okay, working on it. Can't find a decent jacket.

Done and done.

Asami, you know what I mean. I seriously doubt that the aerodynamic properties are terribly affected by the species of plant. Even if they were, I'm not entirely sure it would be possible to engineer a structure whose density and shape were such that its terminal velocity were .05 m/s, assuming sea level gravity and atmospheric density.

In fact... I kind of want to know if that's possible. If anyone out there is a physics or engineering major, (who's more motivated then me) give it a try, and report back to this thread, if you'd be so kind.

Upon consulting with my far more learned brother, I have been told that tiny particles, like oil droplets, have very small terminal velocities. I guess this is why clouds don't up and fall out of the sky.