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Displaying 1—10 of 1000 matches for query "23._How_could_we_take_a_trip_that_lasts_years_and_make_it_last_only_a_few_months" retrieved in 0.063 sec with these stats:

  • "23" found 31937 times in 12990 documents
  • "how" found 9066 times in 2689 documents
  • "could" found 13857 times in 4938 documents
  • "we" found 51112 times in 4364 documents
  • "take" found 6263 times in 2782 documents
  • "a" found 169938 times in 18149 documents
  • "trip" found 1280 times in 807 documents
  • "that" found 106708 times in 12477 documents
  • "last" found 7672 times in 4616 documents
  • "year" found 17629 times in 7233 documents
  • "and" found 284902 times in 19361 documents
  • "make" found 7982 times in 3566 documents
  • "it" found 81427 times in 11675 documents
  • "onli" found 7485 times in 4113 documents
  • "few" found 2333 times in 1256 documents
  • "month" found 4122 times in 2524 documents



... not age during the trip and when they woke it would only have felt like a very short journey time to them, when in fact they would have been traveling for many years. Of course there ... for what could be hundreds of years Whether it's possible I cannot say. But I have a lot of faith in the ability of humans to overcome such hurdles, and I'm sure we will ...
It would be a very unique machine and could only work if we had a very good forcefield since no materials would survive such temperatures. We have no force fields of any kind yet and have no real theory on how to make ...
The minimum crew for a Shuttle is two: a commander and a pilot. Other crewmembers are added depending on the mission objectives and the experiments to be performed. A total of ten astronauts can be accommodated. (Ref. 1) Ref 1.NASA, National Space Transportation System Reference, Volume 1 Systems and Facilities, June ...
... it will take a lot to concentrate because of the tremendous noise and vibrations caused by the rocket boosters. The resulting acceleration can create as much as three times the g-forces, making it ... their journey, it would have to be determined whether or not they could withstand the trip. ---- Answer provided by Robert T. Bigelow Image:K2S logosmall.jpg Question and Answer extracted ...
... could be manufactured on the Moon's surface. Over the long term it will be cheaper to do so than to keep making them on Earth and ... how they are distributed as a result of the impact. One of the unusual things that was found in the returned Apollo samples was a ...
... , Earth is not very polluted. Only where there are high concentrations of people such as in cities is the pollution bad. And that pollution is made worse because the pollution often cannot ... concentrations of humans for a while and any pollution will be spread out in the huge vastness of space. ---- Answer provided by Robby Gaines Image:K2S logosmall.jpg Question and Answer extracted from ...
... 20 years, airplanes may be developed that include enough rocket power to reach 17,500 mph. Then we will be able to take off normally from an airport, fly to several miles altitude, and then ... also have proposed a space elevator that would hang a cable from orbit down to a location on the Earth's equator. This will require a very strong new material for the cable, and many billions ...
Depending upon the extent of the problem and availability of time, an extra vehicular activity (EVA) or spacewalk would be performed, as recently ... to remove some orbital debris. ---- Answer provided by Futron Corporation Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer Image ...
... will only be in space for a very short time, most manned space missions carry enough water supplies on ... we will contend with is not how to carry water with us through space, but rather, how to move enough water up from the Earth's surface to support a ... already available and in-use today in mining that is taking place here on Earth. If water can be efficiently refined from lunar ice deposits, it can be ...
... a Mars trip as well. In some cases we will bring all the oxygen we need with us; in some other cases we may send some oxygen ahead and have it waiting for us when we arrive. Finally, we may make ...

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