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.

Espy is amazing o.o
can we all just cosplay all the people from shingeki.
I either want to be potato girl, hanjisan or mikasa
Tho again. Im too lazy to even try D:


Xy. I have no clue what you just said. Im too tired to try to comprehend x'D

Whoops. I just switched out. I have it saved, though! And we should totally do a group cosplay.

Group cosplay? OUO NATSU WANTS IN ON THIS

X'D I think id do potato girl Sasha
shes so adorbs.

I have this habit of doing really gory avatars...

Don't worry. In essence, I just whipped out my physics dick, hoping to sound smart with impressive jargon, even though I don't know the first thing about air resistance.

Well, terminal velocity with atmospheric pressure, or in a vacuum?

Small amounts of it like this are okay, I guess. I hate gore IRL, though. Too empathetic, so it makes my stomach feel...not so great.

Well, in a vacuum, there isn't really a terminal velocity. An object would continue accelerating at 9.8 m/s^2 until it hit the ground. Though, the farther an object is from Earth, the weaker gravity is, so... hm. If you set an object some distance from the Earth, you could probably calculate the velocity at which it would be moving once it reached the core, if it were allowed to fall. Perhaps if you took the limit as this distance approached infinity, you could get a sort of theoretical maximum speed of falling to Earth...

I... I might just take a stab at this.

The problem is, acceleration will always increase.

...Not actually sure if that IS a problem. I've been doing math the whole day and my brain's a bit fried.

Once again, my brother comes to the rescue. He reminded me about potential energy, and how it would be a lot simpler than the parade of integrals that was swimming through my mind moments ago. Then it occurred to me that, neglecting the atmosphere, the maximum velocity a falling object could achieve would be escape velocity, because escape velocity is basically the velocity required to break the gravitational bond between an object and planet Earth, to move it to "infinity". So if an object were to fall from "infinity", it would have that same velocity.

Well, sorry about that physics rant to no one in particular. I'll just disappear back the shadows, if you don't mind.

...You have a very good point.

I have come to the conclusion that Lunae hates me.

D: im sure that's not the case. It took me awhile to get registered as well

Mm, But every time I fill out the registration form and click submit it resets 90% of what I filled out and makes me retype it all, Though it has no warning message if I am doing something wrong...

I spy a rose! *pokes at rose*

*paws back at rose* That sounds like a major pain. ewe.... The only thing I had to deal with today that was irritating was lunae... Dx

Not the site, More of the fact the registration page refuses to work for me.