It did. What would have been "free fall speed" in seconds and MPH?what about the core ? and the floors where turned to dust how could they maintain and even gain weigh t? and how could this resistance not slow the collapse ?
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
It did. What would have been "free fall speed" in seconds and MPH?what about the core ? and the floors where turned to dust how could they maintain and even gain weigh t? and how could this resistance not slow the collapse ?
It did. What would have been "free fall speed" in seconds and MPH?what about the core ? and the floors where turned to dust how could they maintain and even gain weigh t? and how could this resistance not slow the collapse ?
It did. What would have been "free fall speed" in seconds and MPH?what about the core ? and the floors where turned to dust how could they maintain and even gain weigh t? and how could this resistance not slow the collapse ?
free fall is free fall ,
thats not answering his questionFree fall is any motion of a body where gravity is the only or dominant force acting upon it, at least initially. These conditions produce an inertial trajectory so long as gravity remains the only force. Since this definition does not specify velocity
thats not answering his questionFree fall is any motion of a body where gravity is the only or dominant force acting upon it, at least initially. These conditions produce an inertial trajectory so long as gravity remains the only force. Since this definition does not specify velocity
thats not answering his questionFree fall is any motion of a body where gravity is the only or dominant force acting upon it, at least initially. These conditions produce an inertial trajectory so long as gravity remains the only force. Since this definition does not specify velocity
it is not a real question you moron...
thats not answering his question
it is not a real question you moron...
Yeah it is, If you are going to claim something fell at near free fall speed we need to know what that speed is specifically so the veracity of the claim can be judged based on evidence.
give it in eitherit is not a real question you moron...
Yeah it is, If you are going to claim something fell at near free fall speed we need to know what that speed is specifically so the veracity of the claim can be judged based on evidence.
and what difference does it make is it is measured in ft per sec or mph ?
"at near free fall speed" and "essentially at free fall" are the terms and official conclusions of NIST
give it in eitheryeah it is, if you are going to claim something fell at near free fall speed we need to know what that speed is specifically so the veracity of the claim can be judged based on evidence.
and what difference does it make is it is measured in ft per sec or mph ?
"at near free fall speed" and "essentially at free fall" are the terms and official conclusions of NIST
Does that mean you are going to stop saying there was no resistance?
Let me show you how your sentence should've been written, you little piece of uneducated shit:as usual Gomer, I see your hear to kiss the ass of the resident troll.
thats not answering his questionFree fall is any motion of a body where gravity is the only or dominant force acting upon it, at least initially. These conditions produce an inertial trajectory so long as gravity remains the only force. Since this definition does not specify velocity
As usual, Gomer, I see you're here to kiss the arse of the resident troll.Let me show you how your sentence should've been written, you little piece of uneducated shit:as usual Gomer, I see your hear to kiss the ass of the resident troll.
As usual, Gomer, I see you're here to kiss the ass of the resident troll.
Fucking loser.![]()
holy shit
that guy is an idiot
he used SOLID blocks
that changes the dynamic
Exactly - Solid blocks don't lend themselves to compaction even though they have been broken.Their debris of solid objects create resistance unlike a hollow structure that just forces the air from between the floors.
Anyhow the video does not mention the force generated. Doing a calculation on a 10-lb sledge hammer dropping 1 story or 10-ft creates a force of 10,000-lbs. That is 1,000 times the force the it took just to hold the hammer static in the air. The same goes for the building. The tower was built to hold less than 20 times its static downward force load at a given height. Now dropping a portion of the building 10-ft increased the downward force by 1,000 times. On top of that for every crushed floor the moving mass gained weight & mass. This kept on increasing the force as the building fell.
what about the core ? and the floors where turned to dust how could they maintain and even gain weigh t? and how could this resistance not slow the collapse ?
You will notice that debris are falling at twice the rate of the collapse.
Exactly - Solid blocks don't lend themselves to compaction even though they have been broken.Their debris of solid objects create resistance unlike a hollow structure that just forces the air from between the floors.
Anyhow the video does not mention the force generated. Doing a calculation on a 10-lb sledge hammer dropping 1 story or 10-ft creates a force of 10,000-lbs. That is 1,000 times the force the it took just to hold the hammer static in the air. The same goes for the building. The tower was built to hold less than 20 times its static downward force load at a given height. Now dropping a portion of the building 10-ft increased the downward force by 1,000 times. On top of that for every crushed floor the moving mass gained weight & mass. This kept on increasing the force as the building fell.
what about the core ? and the floors where turned to dust how could they maintain and even gain weigh t? and how could this resistance not slow the collapse ?
The falling mass gain the weight of every floor it tore loose as it fell minus some concrete & drywall dust that was blown out by the air forced out from between every floor. The collapse had resistance & did not fall at free-fall speed. You will notice that debris are falling at twice the rate of the collapse. The core can be seen standing longer but ultimately bent & collapsed by the shear stress. Those bent coulombs are shown in photos.