Note how the broadcast antenna falls first, the bursts of air many floors below the collapse wave and the total obliteration of this massive building in seconds and powerful surge of dust that followed caused by explosive energy!!
well, yes i agree. The shape of the object has an influence on its abillity to penetrate. But that is not an argument against, that if the momemtum of an object is large enough, it will still be able to crush another object.
@klingest When I am talking about the area it hits, I am talking about distribution of energy. A bullet is focused (often with a pointed tip) to deliver most of its energy in a concentrated area in order to penetrate. Experiment: 2 projectiles, same momentum. 1 regular bullet, 1x30cm steel plate. Both with the weight 20g , both at 1000 kmh. The target: 10meter squared steel plate. Will both have the same ability to penetrate? Hopefully that cleared something up for you.
@klingest "it does not depend on the area the bullet hits hits. It only depends on the momentum of the bullet and the thickness of the steel" no, there are other factors like the density of the material in the bullet and it`s composition. Would a bullet made of glass, paper,water have the same piercing abilities as to one made of tungsten or depleted uranium (all with the same momentum)? And would the shape of the bullet matter? According to you, none of this matters.
it does NOT depend on the area !! you can think of that yourself! If you throw a bullet at the steel plate, then it will not penetrate, because the speed is very low, and therefore the momentum will be very low, but it hits the same area as, if you shoot the bullet from a gun.
@roxxphatcox what i mean is that the momentum depends on the speed and the mass of the projectile( or the upper structure) . So if the speed or the mass, is large enough, then the floors will break. I did not say that the momentum would increase when the objects collide. The momentum is determined by the speed and mass. So if you have a small speed and a very large mass, like the wtc upperstructure, then you wil have a large momentum. p = m*v.
@cartmenkillsyou lmfao thats hilllarious, i was doing stuff, touring
wuinfantry 3 months ago
@wuinfantry Woa did you not have internet for five months! Sharon! Somethings wrong! See if your internet is working!
cartmenkillsyou 3 months ago
@cartmenkillsyou yeah, and motherfucking snakes! lol.......people are stupid
wuinfantry 3 months ago
well, yes i agree. The shape of the object has an influence on its abillity to penetrate. But that is not an argument against, that if the momemtum of an object is large enough, it will still be able to crush another object.
klingest 6 months ago
@klingest When I am talking about the area it hits, I am talking about distribution of energy. A bullet is focused (often with a pointed tip) to deliver most of its energy in a concentrated area in order to penetrate. Experiment: 2 projectiles, same momentum. 1 regular bullet, 1x30cm steel plate. Both with the weight 20g , both at 1000 kmh. The target: 10meter squared steel plate. Will both have the same ability to penetrate? Hopefully that cleared something up for you.
roxxphatcox 6 months ago
@klingest "it does not depend on the area the bullet hits hits. It only depends on the momentum of the bullet and the thickness of the steel" no, there are other factors like the density of the material in the bullet and it`s composition. Would a bullet made of glass, paper,water have the same piercing abilities as to one made of tungsten or depleted uranium (all with the same momentum)? And would the shape of the bullet matter? According to you, none of this matters.
roxxphatcox 6 months ago
sorry, that i am not so good at writing english, but i hope you will understand me anyway!
klingest 6 months ago
it does NOT depend on the area !! you can think of that yourself! If you throw a bullet at the steel plate, then it will not penetrate, because the speed is very low, and therefore the momentum will be very low, but it hits the same area as, if you shoot the bullet from a gun.
klingest 6 months ago
@roxxphatcox it does not depend on the area the bullet hits hits. It only depends on the momentum of the bullet and the thickness of the steel.
klingest 6 months ago
@roxxphatcox what i mean is that the momentum depends on the speed and the mass of the projectile( or the upper structure) . So if the speed or the mass, is large enough, then the floors will break. I did not say that the momentum would increase when the objects collide. The momentum is determined by the speed and mass. So if you have a small speed and a very large mass, like the wtc upperstructure, then you wil have a large momentum. p = m*v.
klingest 6 months ago