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O.K. then, let's pretend that I'm in an airplane flying toward that platform and 10 miles away I kick a 113 foot crate out of the door. What are the odds of that crate hitting that platform?
Do I know? I was a navigator on an airplane for years. Actually, I was a navigator/bombardier, so I'm quite familier with the odds of hitting something with something falling from the air. "Oops" on you.
and with a launch that they are having all kinds of trouble with they can tell within 15 miles where booster rockets uncontrolled will land. thats BS
whose business it is to calculate these things. We've been firing off rockets for decades and it's not unusual in the slightest to know within a very small range where pieces will splash down.
A complete non-issue. But rave on.
Launches from Canaveral pretty much travel over open ocean for the first several minutes. Now I don't know if there are things like oil rigs out there or not, but I don't recall any in that area.
Canaveral is on an island on the eastern side of Florida, and all launches travel east as I recall. I can't say there are no islands or rigs out that way personally, but as I recalled it was set up to avoid what existed at it's establishment.
I think the other fears discussed may be overblown, but it's not an exact comparison to the launches from Canaveral IMO.
JMO
Roger
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My point was that something could go wrong with any launch and cause damage on the ground. It's a very tiny chance because of all the precautions that have been put in place. But because of the sheer numbers of launches I bet that tiny chance is much higher than the chance this booster will come down on the oil rig.
A big meteor could come down and hit the rig as well. What are the chances of that? Are they greater or smaller than the chances the booster will hit it?
Try this on for size:
http://www.truthpizza.org/logic/bignum.htm
And polar orbit launchings from there of course would travel over or near much populated coastline.
I agree the risk is minimal though, no more than we face every day.
I was just trapped into thinking of the common orbitals that space flights use I guess.
JMO
Roger
click here to email semods4@yahoo.com
a booster will fall in the North Atlantic.
as well as photo documentation of things like active volcanism, or such as deforestation, or any other event that photos may be desired generally means polar orbits.
Basically the height and lenght of time required for each orbit determines how far the earth turns under each revolution.
JMO
Roger
click here to email semods4@yahoo.com