http://www.google.com/search?hl=en&c...iphone&spell=1

 

You should have used the "Let Me Google That For You" page. That **** cracks me up every time.

 

thanks....yes I could've googled but figured one of you smart computer guys may already know

 

good point

 

i hate iphones

 

sweet mom is stopping through on her way to detroit to drop of my trans fluid and take me to lunch

 

it's not mine and I wouldn't waste my time trying to hack it.....

I do have to pick a new phone soon.....I get a new one in November with tmobile not sure what phone i want.

 

i was gonna get the new BB tour, it's sweet ... but the Storm 2 is suppose to be out in a few weeks, so I might just wait for that ...

 

tmobile just came out with this one.....looks cool......but i don't think i want a touch screen.

http://www.t-mobile.com/shop/phones/...Touch-3G-Black

 

fire crotch

 

Im thinking about gettin the tour ... i think im too rough for a storm... the screen would get scratched the first week lol

 

is Leasnits last name Cole?

 

i suppose i could just accept the req and find out

 

936 trees left to go

 

i did a lot of thinking about running vs walking through the rain, and im not really in line with mythbusters' conclusions.

 

Lets say a 6' high, 2' wide, and 1' deep block represents a person, who has 100 feet to walk through the rain.

if he were to walk ridiculously fast, say 186,000 mi/sec (everybodys favorite maximum speed) then he would get 1200 cubic feet of rain on his front. no more, no less.

at the other end of the spectrum, if he were to walk infinitely slow, he would get however much rain lands on his 2 square foot 'roof' in an infinite time period.. which is obviously a lot more than 1200 cubic feet





.

 

I think walking would be better if it's raining straight down and not really heavy. What did they come up with?

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infinite water lol

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so the test subjects front has 6x the surface area of his top.. that means that if the rains downward speed is 6x his walking speed, then his top and front would get roughly an equal amount of rain per second. If he runs faster than 1/6 the speed of the rain, his front will get more rain than his top. And the top is still getting the same amount no matter what his speed is (within reason).

thats where im at for now. i'll finish this one next time i get bored enough.
Im theorizing that there is an optimum walking speed which is dependant on the speed of the rain. And bigger rain drops fall faster so i dont know what im gonna do for that data.

 

after reading this, and laughing at a binary joke on facebook, i need to do something un-nerdy for the rest of the night. like getting stoned and practicing my welding