Why do you insist on focusing on velocity when it's the momentum that matters. Are trying to say that it is impossible to throw the rock? We're talking about shattering glass, not piercing a the armor of a tank.
MDDVS,
thanks for your query.
Momentum is a function of velocity. That is to say, if the impact velocity is increased, then so is the impact momentum.
Nobody is saying the rock cannot be thrown. We are only considering if by the time the rock reaches the window if it moving at such a speed, and momentum, to apply the force to break the window.
Glass can withstand some level of shear force being applied to it. I do not know the thickness of the glass but if a heavier rock is barely moving by the time it reaches the glass then we cannot just assume the glass would be shattered.
I've already detailed that we must assume that the theoretical intruder was able to throw the 10 lb rockl upwards of 100 mph from from the raised parking lot such that it the rock moved from point a to point b in a direct line and crashed through the window.
Can a man throw a 10 lb rock upwards of 100 mph so that it still moving at a fast clip when it impacts the window glass at some 8 to 10 feet away?
I do not know the answer to this question but I suspect the defense will need to conduct some tests. I would suggest having the tall guy throw the ball, the tall guy being the one who also conducted the experiment to see if he could climb and up and through the window. I have little doubt that he is capable of throwing a 10 lb rock upwards of 100 mph, and if he can do this, he should have success in breaking the window, and then we must conclude that the theoretical intruder did break in, despite no evidence he did, and set Knox and Raffe free.
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