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Originally posted by Joey Canoli
How do you scale gravity?
Yes, of course. Several times with various structures. Result is always as expected. Part C cannot crush part A. C (pizza boxes, lemons, sponges...)
Then do the same thing with a solid sphere of steel. Drop it on the floor. If the floor is strong enough, the same thing will happen as with a rubber ball! The steel sphere bounces. If the floor is not strong enough, i.e. it cannot produce a force big enough to deform the steel sphere, so that it bounces back, the floor will be damaged - a hole is formed in it, and the steel sphere drops through the hole at reduced speed and contacts something else below, or the floor is just partially damaged ... and catches the steel ball, i.e. arrests it.
Originally posted by Joey Canoli
Heiwa is insane...
There's more, but you all get the drift.
He is staggeringly incompetent.
How do you scale gravity?
Originally posted by Whyhi
Of course, the 1/10 is not just obliterating the 9/10's, it's taking it out one floor at a time.
Originally posted by ipsedixit
It's just mathematics. One would construct a model with parts held together with strengths corresponding to the strengths of the WTC, but scaled down, and then drop the top portion from a height that would cause an impact of the same proportional ke on the lower portion of the tower.
Originally posted by VirginiaRisesYetAgain
I notice that you felt the best way to address the content of the challenge would be to ridicule the individual who came up with it personally, insults and all.
It's amazing what you can sometimes tell about a person just from a single internet post.
Yes, of course. Several times with various structures. Result is always as expected. Part C cannot crush part A. C (pizza boxes, lemons, sponges...)
Haiwa Challenge: Drop a small part C of a structure on same, but bigger, part A, of same structure, so that C destroys A.
Originally posted by impressme
It is very sad that our government think they can fool the American people by playing on our intelligent.
Originally posted by evil incarnate
The point is to prove it can indeed happen at any scale.
Originally posted by PersonalChoice
The level of organization from all of you "Debunkers" is amazing.
I swear when I'm reading posts, that they have been copy and pasted or are word for word repetitions of previous posts.
Originally posted by silent thunder
Could one use Jenga blocks?
It says that "Before drop test (see 8.) the structure shall be stable, i.e. carry itself and withstand a small lateral impact at top without falling apart. Connections or joints between elements cannot rely solely on friction."
"Small lateral impact" is a pretty subjective term, and as far as I know, connections between elements in a Jenga tower rely on gravity and the normal force rather than friction. Maybe with a good lawyer you could snag the prize on this basis, although the legal fees might eat up most of your winnings...
[edit on 7/20/10 by silent thunder]
With 10,000 Euros there for the taking, it makes me wonder why joey, weedy, hooper and Co. arent feverishly building their scale models...???