Thread: It's raining cats and dogs, but why?

Originally Posted by Anti-Squeaker

you big pussy.
happy?

No, because now that he's had you do it for him, it won't learn anything. It will start to believe that all it needs to do is post the link and someone else will post the article for it. That's a bad habit to get it into, and it will require lots of focused training to break it of that habit if we don't stop it now.

http://www.google.com/search?q=pizza...ient=firefox-a
Click that link.

Originally Posted by GM Mr. White

http://www.google.com/search?q=pizza...ient=firefox-a
Click that link.

http://www.lmgtfy.com/?q=How+does+GM...st+articles%3F

Pizza is just mad because he secretly hates raindrops.

Originally Posted by Guyver

Pizza is just mad because he secretly hates raindrops.

No, I just detest lazy cat avatars who aren't as cool as SoySoldier's.

Originally Posted by WorstPE

Originally Posted by Anti-Squeaker

and this matters how? Woo-hoo, different sized raindrops. Still need to turn my wipers on when it does rain.

It might now mean anything to us. But some scientist can learn from this. Where would the world be if we didn't bother to learn how things worked? Or how stuff happened? We would get nowhere.

<Applause>

I could see applications here for (and I am just speculating): Low evaporation irrigation design, erosion modeling (and therefore erosion prevention) and advancing fluid dynamics understanding.

Originally Posted by Anti-Squeaker

and this matters how? Woo-hoo, different sized raindrops. Still need to turn my wipers on when it does rain.

Sigh... Squeak...

Originally Posted by SoySoldier

Originally Posted by WorstPE

Originally Posted by Anti-Squeaker

and this matters how? Woo-hoo, different sized raindrops. Still need to turn my wipers on when it does rain.

It might now mean anything to us. But some scientist can learn from this. Where would the world be if we didn't bother to learn how things worked? Or how stuff happened? We would get nowhere.

<Applause>

I could see applications here for (and I am just speculating): Low evaporation irrigation design, erosion modeling (and therefore erosion prevention) and advancing fluid dynamics understanding.

I can see the last two, but how would evaporation factor into raindrop size? Are you talking about a sprinkler that's set to shoot only the smallest necessary water droplets?