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Displaying 1—10 of 1000 matches for query "08._How_far_would_a_baseball_go_if_you_hit_one" retrieved in 0.022 sec with these stats:
- "08" found 1648 times in 934 documents
- "how" found 9066 times in 2689 documents
- "far" found 2720 times in 1660 documents
- "would" found 42637 times in 9226 documents
- "a" found 169938 times in 18149 documents
- "basebal" found 47 times in 40 documents
- "go" found 15794 times in 2028 documents
- "if" found 10820 times in 3231 documents
- "you" found 35744 times in 1428 documents
- "hit" found 702 times in 415 documents
- "one" found 20185 times in 6353 documents
Baseball, like football, would have to be played indoors so you would not need a spacesuit. When the ball is hit, it will go much further than it does on Earth, so the outfielders will have to ...
It would be best to play soccer inside since a spacesuit wouldn't give you much flexibility. The ball would travel much further when kicked, but since soccer is all about controlling the ball, a very talented soccer player wouldn't even need a ...
In space, one can see the light from stars hundreds of light years away. Vision in space does not improve, but you can see distant things more clearly because there is no ...
... did travel A golf course would be much different than here on Earth because grass won't grow, so it would be like one big sand trap. You might want to stick to a challenging game ...
We could go about ten times as far away as the Moon, but when we got there, there would be no place to stay. The next stopping place would be Mars, which takes six ...
... length of a space journey depends entirely on your destination To just get into space takes a matter of minutes. To travel to an orbiting space station or hotel would take a few days ... —if we aren't using our muscles against gravity like we do here on Earth everyday, they waste away. Also there is harmful radiation from the Sun that we would be ... then spaceships will have evolved and may be able to travel these vast distances in a matter of hours.
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Answer provided by Hazel McAndrews
Image:K2S logosmall.jpg Question and Answer ...
Planets are many, many millions of miles from one another.
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Answer provided by Ed Frederick, Ph.D.
Image:K2S logosmall.jpg Question and Answer ...
... trip, which is roughly $200 million, than to the actual physical characteristics of the ISS. If desired, some additional residential volume could be added.
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Answer provided by Thomas Rogers & Russell Romanella ...
The circumference of a circle is defined as 2Π r and is derived from the area of that circle Π ...
... it takes to get to a planet depends on what path we take to get there and how fast we are traveling. The Voyager 1 probe, launched in September of 1977, arrived at Jupiter in March of 1979, thus traveling for a year and six ... probe, launched in March of 1972, arrived at Jupiter in December of 1973, traveling for a year and nine months. The Cassini mission, launched in October of 1997, did not arrive ...
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