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| quote: | Originally posted by Lebezniatnikov
That's a stupendously simplistic assertion. What was the acceleration of the falling object? The momentum? The resistance put forth by the stationary object? Did both towers fall at the same acceleration rate?
Are we even sure that both objects A. and B. fell at the same rate? What base level of acceleration are you basing this on? I've seen no evidence to suggest that the towers accelerated in their descent at a rate of 9.8 m/s^2, but would love the opportunity to look at data that suggests that kind of free fall.
In both cases video evidence suggests the building fell from the top down... are you disputing this? |
Sorry, I forgot you were a twat and would require spoon feeding.
When I asserted:
| quote: |
[a] and
[ ]
[ ]
[ ]
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Will never fall at the same rate.
Where A) represents an object with the path of greatest resistance, and B) represents the path of least resistance.
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I was implying that gravity was at work. If you dropped a brick onto a stack of other bricks, and released a similar brick at the same time without a path of resistance; the second brick would fall to the ground first. E-v-e-r-y time. Aside from 9-11, that is.

This does not look like a collapse from the top down to me.
| quote: | [b]Originally posted by shaolin_Z
Umm, acceleration is due to gravitational pull between object. Which is the same for any object in free fall on earth, g, which is approximately 9.8 m/s^2. If I remember correctly F = GMm / r^2. The only way to go faster than free fall is to have additional force which would also lead to additional kinetic energy. The only way those building can fall at nearly free fall speed is if every single support beam failed simultaneously, or at least before each successive floor hit the one below it... in fact, it should even be hitting it period if it's to fall at that rate. There is no evidence to support the pancake theory, it's just a theory, and a very bad one. |
SHHh. You're making too much sense. 
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Wave is to particle as zero is to one as bagpipes are to modem noises.
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