Don't go that deep in a Bud Light can.Out of curiosity what could you learn for sure? I am confessing my ignorance on the subject as it seems that after an implosion you won't find much intact.
Don't go that deep in a Bud Light can.Out of curiosity what could you learn for sure? I am confessing my ignorance on the subject as it seems that after an implosion you won't find much intact.
Don't go that deep in a Bud Light can.
I have some deeply morbid curiosity as to exactly what condition the bodies would be in.Out of curiosity what could you learn for sure? I am confessing my ignorance on the subject as it seems that after an implosion you won't find much intact.
Out of curiosity what could you learn for sure? I am confessing my ignorance on the subject as it seems that after an implosion you won't find much intact.
I have some deeply morbid curiosity as to exactly what condition the bodies would be in.
By listening to the SOSUS system, when the USS Thresher sank, the water is estimated to have reached speeds of 4,000 miles per hour.
And that was shallower.
Even assuming 1/10th of that, 400mph, what condition would they be in?
But, it also has granite in it.4000 mph is around mach 5,
a water jet operates about 2500 mph, mach 3.
Well, once the guy in front disintegrates...But, it also has granite in it.
Well, think of all of the plane crashes where little to nothing is left of the jet, but they eventually do figure out what went wrong in most cases.Out of curiosity what could you learn for sure? I am confessing my ignorance on the subject as it seems that after an implosion you won't find much intact.
Speculation. If they dig long enough, they can find something to blame it on, just to satisfy those who want an answer.Well, think of all of the plane crashes where little to nothing is left of the jet, but they eventually do figure out what went wrong in most cases.
Hamish smoothie?Well, once the guy in front disintegrates...