@maxdancona,
Quote:We don't buy your argument
No, you can't refute it. And on top of that, you're back to name calling again.
The video below clearly shows that the antenna descended 360 feet in 5 seconds. We both know what that means, but you are dancing around the conclusion.
https://www.youtube.com/watch?v=xGAofwkAOlo
30 second mark.
So let's try it again.
The antenna descended 360 feet in five seconds. That's 30 feet shy of freefall. So the antenna accelerated substantially as it descended. Now, if the heat damaged upper block of the Tower met with the intact lower core structure--which was designed to support vertical loads--physics dictates that the energy required for the upper block to break up the steel below and pulverize concrete would absolutely be an energy drain. As such, this nearly freefalling of the antenna suggests that the upper block met with no resistance to speak of.
Whether you know it or not, you're pushing the idea that when the upper block started to descend and contacted with the lower block, the lower block just gave way and began falling at the same rate as the upper block--just shy of freefall. But we know that that's impossible. And that's why you're not inclined to explain the mechanism by which such an impossibility could occur. And that's why you've opted to try to portray me as a conspiracy theorist instead.
And this is to say nothing of the fact that the more damaged upper block would have been equally crushed as it met with the lower intact core. First of all, the lateral ejection of steel and concrete reduces the mass. Plus, the force of material ejection must be accounted for. Also, the pulverization of said steel and concrete is yet another energy sink. But in your mind, there was enough energy left over to cause a virtually freefall descent. Not even a jolt was observed as the antenna descended. Where did the energy to accomplish all that come from?
And again, if you are going to answer this post by calling me names, I will repeat the question as often as necessary. Maybe even more often.