[14 / 1 / ?]
1. Explain to me how the tiny chunk at the top of tower can crush the rest of the tower without violating Newton's third law.
As the top section pushes down on the bottom, the bottom also pushes on that top, so maybe 15 or 20 floors down, they would at some point mutually destroy each other. How would it fall all the way to the bottom without the base being damage in anyway?
2. Assuming it somehow does have enough force to collapse the rest of the building, explain how this collapse works without violating the law of conservation of momentum. A rock for example, is falling at free fall, and it hits an obstacle and breakage occurs, the speed of the rock falling decreases because it needs to convert that energy into the breakage, it cannot continue breaking and falling at the same speed as their is resistance.
Now, explain how all 3 building fall at essentially free fall without slowing down whatsoever despite colliding into each other despite the resistance of the building itself.
3. NIST themselves have claimed that in the two tower no temperatures of any part of the building had ever reached higher than 400F while it was standing, not hot enough to to melt the steel, how would this temperature cause the building collapse.
As the top section pushes down on the bottom, the bottom also pushes on that top, so maybe 15 or 20 floors down, they would at some point mutually destroy each other. How would it fall all the way to the bottom without the base being damage in anyway?
2. Assuming it somehow does have enough force to collapse the rest of the building, explain how this collapse works without violating the law of conservation of momentum. A rock for example, is falling at free fall, and it hits an obstacle and breakage occurs, the speed of the rock falling decreases because it needs to convert that energy into the breakage, it cannot continue breaking and falling at the same speed as their is resistance.
Now, explain how all 3 building fall at essentially free fall without slowing down whatsoever despite colliding into each other despite the resistance of the building itself.
3. NIST themselves have claimed that in the two tower no temperatures of any part of the building had ever reached higher than 400F while it was standing, not hot enough to to melt the steel, how would this temperature cause the building collapse.
