Dumb Liberals Hate America!
Colin Powell and all the stupid panty-waisted liberals are wrong.
I think the president should be able to do whatever he wants to anyone, without restrictions-- as long as it is in the name of fighting terrorism.
Don't you???
I think the president should be able to do whatever he wants to anyone, without restrictions-- as long as it is in the name of fighting terrorism.
Don't you???
posted by spooked at 2:07 PM
2 Comments:
You are a fucking idiot. Why I chose to comment on this article one and not another one is irrelevant. I suggest you go back to school before making more comments, say along the lines of, "I never knew aluminum could cut through steel", relating to anything along the lines of physics, science, or anything else that requires an educated opinion. Your "obvious views" tend to run along the lines of one who did bother to research. If you spent even 10 minutes researching before you started to type, you, and everyone else who reads this, would be better off. So, i'll give you a hint. When the plane hits the tower it hits it with around 80 million newtons. To figure this out you could say look at it's speed, it's weight, and how long it took to it. Then think about whether it would have the same properties once it was inside the building, in reference to slicing through the whole building. One could, say, compre this to doing a belly flop off a high bridge, or to help you out, one at all. When you first hit the water you de-accelerate very fast. So it makes it feel like you are hitting a brick and then suddenly you go through and go a bit down. Compare that to diving in where a sleek jump will put you smoothly through the water and deep underneath, as it loses very little of its momentum. The plane is the belly flop. It hits it, it de accelerates very fast, for a split second it goes flat, I would suggest googling for a video on a slow motion capture of a golf ball being hit, loses all its momentum and then crashes through. Then of courses we look at the context of alluminum going through steel. For this I would suggest looking at how when tornados hit they can throw objects, say a piece of straw, at hundreds of kilometers an hour. This straw is moving so fast and with so much momentum it estientally becomes a buzz saw. Objects moving at high speeds hitting objects moving at no speeds have a tendy to move through them, but losing there velcioty as well. And when it's going at 500km/h, you get a drastically different situation then if it was moving at 10km/h or 100km/h. Take for example of walking in to your door. Walk slowly and then walk quickly in to the door. See if you get different results. THEN try to think of what would happen if you moved really fast through the door. Now I tried to keep this nice and simple so you can check these all very easily with a quick google. There is nothing to complex here to understand. I might also suggest that in society one tends to leave profesional opinions to the educated, hopefully in the same field. Theres a reason why your plumber isn't doing open heart surgery. And lastly, I would suggest that when you are trying to make an argument, try to skip such comments as, "If I were an engineer, I'm sure I could find an equation that could describe this phenomenon." Regardless how right or wrong you are it tends to skew the argument to the other side. Cheerio :)
wow anonymous is ever so scientific! it truly does not get any better than this does it?
When the plane hits the tower it hits it with around 80 million newtons. To figure this out you could say look at it's speed, it's weight, and how long it took to it.
unfortunately all we have to look at are the oh so authentic images.
this one for instance.
my favorite part is where the front section of the fuselage has begun to slip thru the side of the tower. is that what 80 million newtons worth of expended energy looks like? awesome!
oh ya this too:
Objects moving at high speeds hitting objects moving at no speeds have a tendy to move through them, but losing there velcioty as well. And when it's going at 500km/h, you get a drastically different situation then if it was moving at 10km/h or 100km/h.
that's right - sort of like when you stomp on a beer can real hard as opposed to merely putting all of your weight on it slowly - it makes all the difference in the world!
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