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Displaying 111—120 of 1000 matches for query "15._Where_would_we_be_on_Mars" retrieved in 0.018 sec with these stats:

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  • "mar" found 48386 times in 4487 documents



... there were no gravity, weighted shoes would not help. Every celestial body has a specific escape velocity—this is the speed that needs to be achieved to escape the gravitational pull. For the Earth, this speed is approximately 25,000 miles per hour (mph). For the Moon, it is about 5,300 mph. On the ... asteroid in the solar system, it is about 1,000 mph, so on all of these celestial bodies it would be impossible to move fast enough to just float away. ---- Answer provided by ...
... British Interplanetary Society for Volume 57 57 '''Page ''' - 251-255 '''Year''' - 2004 '''Keywords''' - Mars, human mission, modelling, environment reconstruction, subsurface '''JBIS Reference Code ''' - 2004.57.251 ''' ... it is possible to get information on various past and present processes at the same location on a far wider spectrum than would be realized even during a long mission. ...
... first, we likely will use ion propulsion. This is a type of rocket that expels a gas ... fuel, but not very strong. It's like using the highest gear on a bicycle—if you are on level ground, you can get going very fast, but you cannot ... push going for several weeks or months, you can really build up speed to reach Mars in a few weeks instead of six to eight months. ---- Answer provided by David ...
... board games, like the ones you would take with you on a long car trip, would work the same way in space. Magnets and Velcro can both be used to keep the pieces from floating away. Games that use dice wouldn't work because the dice would never ...
... to be sure we don't run out. Eventually we would run out if we somehow lost all the oxygen through a leak, or the systems that make the oxygen failed. But remember, when we fly humans in space we always have systems that have multiple backup systems, so that if something fails we are ready with a backup. ---- Answer provided by Lonnie Moffitt & Russell Romanella Image:K2S logosmall. ...
... general rule I would think that when serious work is being done you will be allowed to observe from a distance so as not to interfere or be a distraction. Depending on the extent of ... trash compactor, vacuuming and cleaning a surface, or preparing food and beverages for a meal would be good candidates for your participation. ---- Answer provided by Col. USAF (Ret.) William R. Pogue Image ...
Well, it depends on which way you look. If you are at the South Pole and you look north, ... North Pole, it would be the opposite. How do we decide which way to orbit? It is all about physics and being efficient. The Earth is turning slowly on its axis, and we launch in the direction it is turning in order to take advantage of the extra momentum we get from ...
... in space can be very cold or very hot depending on whether they are in sunlight or darkness. Also, the farther away from the Sun, the colder objects are. Therefore, we keep the ... keep temperatures normal for the people inside. If we were to go into space without a spacesuit (not a very wise decision), we would only survive for a matter of seconds due to lack of air, lack of air pressure, and extreme cold—if we are far away from the ...
We are just starting to live in space so the living places are very simple. It ... and training. Over the next many years we will build larger and higher quality habitats. Someday it will be easier to live in space than on the Earth because of zero-gravity. ---- Answer ...
... ourselves is to continue trying to be friendly. If the aliens are angry with us we should try to find out why and communicate, communicate, communicate. We should keep trying to talk with them to assure them we are not dangerous. Think about what you feel when friends are ... with you, and then try to fix the problem. The same should apply with aliens. On the good side, generally speaking, any alien coming in contact with us might know a ...

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