Durango Dave
Single-Sixer
Yes, she's falling with the plane. That's the same as being in outer space, far from any planet.Isn't it safe to say that the lady above is just falling with the plane?
Yes, she's falling with the plane. That's the same as being in outer space, far from any planet.Isn't it safe to say that the lady above is just falling with the plane?
That reminded me of a Nat Geo tv show that recorded a falcon diving over 200 mph by changing their aerodynamic shape. Apparently, skydivers have learned to fall faster than terminal velocity by studying the Peregrine Falcon. It was a cool show. I'll bet it's on YouTube.Even in an infinite vacuum, neither object would get faster than terminal velocity. This is why sky divers, not matter how high they start from, do not travel at faster than about 125 mph once they reach that speed.
Yep, then it's just a SPLAT !Only too a point, then it becomes painless.
The bowling balls weigh more. Every fool knows that. Ever pick up a 16 pound bowling ball?What weighes more? A ton of feathers or a ton of bowling balls?
it isn't the falling that hurts. It is that sudden impact with what ever you land on. In my case it was from about 30 feet onto the desert floor. Actually, I don't remember the fall, or anything leading up to it. Post fall I wasn't conscious for a day or so. Then I became aware that it is possible for ones hair and fingernails to hurt. At least until the morphine kicked in. By the way, it still hurts, you just don't give a damn.I was a builder for 40 years and what I know about gravity the higher you are when you fall the more it hurts
But I bet you can't pick up 16 pounds of feathers..... think about it.The bowling balls weigh more. Every fool knows that. Ever pick up a 16 pound bowling ball?
I've still never seen a 16 pound feather.What most folks don't consider is that the crazy Italian dropped items of the same shape but either different weights or materials to prove his theory.
Change the shape so that they are different and all else being equal the theory doesn't apply.
Take two pieces of flat steel the same weight and dimensions. Drop one with the larger flat surface down and the other end on.
The one dropped end on will fall faster. Why? The drag created by the larger surface area meeting the air resistance.
While I never skydived intentionally I recall what one of the accident investigators told me. I thought it was pretty coincidental. From 30 you hit the ground at 30 mph.take up skydiving. youll learn real quick what will fall faster.
Too many beers?So, if I drop a wrench onto the floor, the wrench is not falling, the floor is coming up to meet it? Uh uh, I ain't buyin' it. So what's making the floor come up?