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life supporting atmospheres
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#13
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life supporting atmospheres
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#14
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life supporting atmospheres
On Wednesday, August 7, 2013 6:28:24 AM UTC-7, wrote:
On Wed, 07 Aug 2013 06:04:12 -0700, wrote: ARE YOU INSANE? DON'T FEED THE ****ING TROLL, GOOFBALL! Saul Levy are you calling me a troll? with you half wit one liners that make no sense.. EVER HEARD OF A CAPS LOCK dumbass Rabbi Saul Levy is extra special. Any reply to him is only proving how his faith-based FUD takes control and essentially trashes topics and replies by anyone he doesn't like. His intellectual terrorist job is to topic/author stalk and to discredit anyone contributing to these public Usenet/newsgroups. |
#15
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life supporting atmospheres
On Sunday, August 4, 2013 11:10:11 AM UTC-4, wrote:
Nasa seriously needs to consider how can they detect a moon orbiting a planet if they wish to find signs of life. without a large enough moon in a stable orbit the planet will never support life. My "Heavy Air Atmosphere Theory" is proving itself each week. This week 3 states had high floods. Inch of rain each hour.WOW My boat is much needed. Pictures of the boat made full page,and now can be seen on Facebook. Will sell the plans for %$.00 and painting and Chief Grey Cloud WOW TreBert |
#16
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#17
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life supporting atmospheres
On Thu, 08 Aug 2013 01:29:07 -0600, Odysseus
wrote: In article , wrote: On Tue, 06 Aug 2013 22:24:09 -0600, Odysseus wrote: It was once very hot indeed, and there's a lot of insulating material around it, but it's true the interior of the Earth has not cooled as fast as simple thermodynamics would suggest -- this was noted by Lord Kelvin in the XIX century and was an important problem for early geological theories positing an age in the billions of years. do you realize just how much uranium would be needed to generate that kind of heat? Radioactivity is thought to be the principal source of excess heat, since the end of the Late Heavy Bombardment anyway; although there's little of the 'hottest' material left, the longer-lived isotopes of uranium, thorium, and potassium are still reasonably abundant and contribute a large proportion of the ~44 TW of heat the Earth radiates into space, something like two-thirds of the total. By what mechanism do you think the Moon influences the Earth's magnetic field, or keeps the planet's interior hot? If you're thinking of tidal friction, the tidal forces in the Earth-Moon system are not nearly strong enough to account for the observed excess, producing only about a tenth as much heat as the radioisotopes in the mantle do. well lets see. first lets start with a few obvious clues. Venus doesnt have a magnetic field also has no moon. Mars has no magnetic field also no large moon. mercury does have a magnetic field however the proximity of the sun may provide enough gravity to allow mercury to have a monten core and yes tidal friction caused by the large moon most certainly would provide enough heat energy from friction to keep the core hot. you may be thinking about the moon tidally moving the continents but that has nothing to do with it. they dont go down near deep enough to keep the core of the earth at the temprature that it is at.but the friction from the liquid core as the moon pulls it from side to side would be plenty. and as the moon goes round and round and pulls the liquid iron or whatever else it is around you get the eletric charge and volia you get an instant magnetic field. I think that maybe you watch too many movies or something |
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life supporting atmospheres
On Sunday, August 4, 2013 8:10:11 AM UTC-7, wrote:
Nasa seriously needs to consider how can they detect a moon orbiting a planet if they wish to find signs of life. without a large enough moon in a stable orbit the planet will never support life. Actually, a life supporting atmosphere should be allowed to cover a fairly wide scope with genetic evolution and/or adaptation, not to mention what applied physics and its scientific levels of technology can help life of all sorts to survive in places thought too lethal for Goldilocks. Without good intelligence and applied technology, much if not the vast majority of Earth is not Goldilocks suitable. |
#19
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life supporting atmospheres
On Sunday, August 4, 2013 11:10:11 AM UTC-4, wrote:
Nasa seriously needs to consider how can they detect a moon orbiting a planet if they wish to find signs of life. without a large enough moon in a stable orbit the planet will never support life. Earth's moon helps to airdate water,so fish can breath. Rain puts water on land surface so fresh watyer life can live . All life came out of the oceans one way or another. In about 25,000 years we will have found planets that do not have a land surface,and all life is found under their one vast ocean. Think of two of Jupiter's planets and you get the picture. TreBert |
#20
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On Tue, 13 Aug 2013 23:53:05 -0700 (PDT), Brad Guth
wrote: On Sunday, August 4, 2013 8:10:11 AM UTC-7, wrote: Nasa seriously needs to consider how can they detect a moon orbiting a planet if they wish to find signs of life. without a large enough moon in a stable orbit the planet will never support life. Actually, a life supporting atmosphere should be allowed to cover a fairly wide scope with genetic evolution and/or adaptation, not to mention what applied physics and its scientific levels of technology can help life of all sorts to survive in places thought too lethal for Goldilocks. Without good intelligence and applied technology, much if not the vast majority of Earth is not Goldilocks suitable. It would seem that you have failed to realize what goldilox means or actually is. Goldilox is just a area in which the ability to sustain at atmosphere such as the earth can survive with life. saying that that a vast majority of earth is not that way means nothing. if only one square mile was able to support life then that would mean earth was in a goldiliox zone. if only one square inch was able to support life then that would mean earth is in the goldilox zone. |
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