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... that this was one of the first planes to incorporate cell phone texting in flight. Requiring an atenna that ran nose to tail.
Could it be that this type of configuration is not the best situation for an intense electrical storm?
How was this setup wired into the planes controll system?
I hope would like to think that the black boxes design has improved so much over the years that unless totaly destroyed yhe must be able to be found
Originally posted by weedwhacker
reply to post by Power_Semi
AH.....Power!
The industry needs your business
Statistically the chance of being in a fatal airliner accident is something like .000001%
(But don't hold me to that -- I don't do statistics).
Originally posted by weedwhacker
Statistically the chance of being in a fatal airliner accident is something like .000001%
(But don't hold me to that -- I don't do statistics).
If this plane had fallen apart at altitude the passengers on boards lungs would have popped like a balloon...
Fallacies
Misunderstandings of "explosive decompression", are quite likely to be a fueling factor for a persistent myth that humans would explode if exposed to the non-pressure of outer space. Extravagant depictions in media such as the film Licence to Kill, where one character's head detonates after the hyperbaric chamber he is in is rapidly depressurized, have helped to fuel the myth. This is possible with the pressures experienced in diving chambers but not with the far smaller pressure changes involved in space exploration. Accidents in space exploration research and high-altitude aviation have shown that while vacuum exposure causes swelling, human skin is tough enough to withstand a drop of one atm. This assumes that the person does not attempt to hold their breath (which is likely to cause acute lung trauma),...
The table below reflects various altitudes with the corresponding average TUC
Altitude in Flight level Time of Useful Consciousness Altitude in meters Altitude in feet
FL 150 30 min or more 4,572 m 15,000
FL 180 20 to 30 min 5,486 m 18,000
FL 220 5-10 min 6,705 m 22,000
FL 250 3 to 5 min 7,620 m 25,000
FL 280 2.5 to 3 mins 8,534 m 28,000
FL 300 1 to 3 mins 9,144 m 30,000
FL 350 30 sec to 60 sec 10,668 m 35,000
FL 400 15 to 20 sec 12,192 m 40,000
FL 430 9 to 15 sec 13,106 m 43,000
FL 500 and above 6 to 9 sec 15,240 m 50,000
These times have been established from observations over a period of years and are for an individual at rest. Any exercise will reduce the time considerably. For example, usually upon exposure to hypoxia at FL 250, an average individual has a TUC of 3 to 5 minutes. The same individual, after performing 10 deep knee bends, will have a TUC in the range of 1 to 1.5 minutes.[citation needed]
A rapid decompression can reduce the TUC by up to 50 percent caused by the forced exhalation of the lungs during decompression and the extremely rapid rate of ascent
Originally posted by ArMaP
reply to post by Mintwithahole.
The lungs would "pop"? Really?
Could you provide anything to back up that claim?
Thanks.
More commonly associated with deep sea divers but the same would, I believe, happen at extreme altitude.