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From The Space Library
Displaying 131—140 of 1000 matches for query "15._Where_would_we_be_on_Mars" retrieved in 0.018 sec with these stats:
- "15" found 36664 times in 13784 documents
- "where" found 6784 times in 2658 documents
- "would" found 42637 times in 9226 documents
- "we" found 51112 times in 4364 documents
- "be" found 50529 times in 10727 documents
- "on" found 78455 times in 14289 documents
- "mar" found 48386 times in 4487 documents
... in space, there will be some entrepreneur there to sell what people need. It sure would be a long distance to travel to go to the local mall back on Earth.
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Answer provided by ...
... we were to run out of food and water in space, we would survive as long as we would if we ran out of food and water on Earth—anywhere from three to ten days, depending on ...
... , we will return to the Moon and live there. We will design the right equipment and train our people so they can safely live and work on the Moon. Eventually the Moon will be ...
... the right equipment and training we can make excellent environments for people to safely live in on the Moon. We already know how to do it. Once we return we will learn by living there ...
... moment we really don't have any idea what an alternate universe would be like, or how we could get there. I suspect that by the time you finish your Ph.D. in physics, we ...
... our Milky Way Galaxy. Many of those stars have planets. That means there could be millions of planets where life could exist. So in the Milky Way, life is certainly possible. But ...
... a tree in space as we can smaller plants. The size of the tree or shrub would be the defining factor. The larger a plant, the larger the habitat we have to build.
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Answer ...
... terrestrial planets, only Earth has oxygen in its atmosphere and water on its surface. Carbon dioxide is abundant on Venus and Mars, while Mercury doesn't have an atmosphere, but like the Moon has helium-3 and hydrogen on it due to the Sun's solar ... percent of the asteroids are made up of carbon (carbonaceous) and are called C-type; 15 percent are made up of silicate, or rocky material, and are called S-type, and ...
In the beginning, all oxygen will have to come from Earth. Special care must be taken on the Moon's surface to ensure that the oxygen is always contained because it's ... over 40 percent of the rocks on the lunar surface by weight, and energy can be used to unbind it from the minerals. This oxygen can be used by itself for breathing, or ...
... tourists floating in low Earth orbit to astronauts pioneering the Moon, Mars and asteroid belts, the next two decades may be the most exciting space years ever.
Space represents the best of humanity: international cooperation, peaceful partnerships, and daring heroism. Let’s keep that spirit going as we blast off ...
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