It's been done. Here are a few of them.
http://www.bradley.edu/las/phy/solar_system.html
http://www.sciencenter.org/SaganPW/
http://www.floridastars.org/solarwalk/solarwalk.html
http://www.pbdot3.com/
http://www.solar.york.ac.uk/
http://www.umpi.maine.edu/info/nmms/solar/
2007-04-11 16:13:37
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answer #1
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answered by Now and Then Comes a Thought 6
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That's because the size of the sun and planets and the distant apart would make it difficult. For instants if you had a beach ball and said this is the model for the sun, then the distant in true scale from the sun to the nearest planet, Mercury, would be something like 1000 feet. And that's just the closest planet. Pluto would be something like maybe a mile away. If you made it to fit in a foot ball field, the sun might be the size of a marble and the smaller planets muster seeds. Its not so much the size of the planets, as it is the enormous distance between them. Light travels at 186,820 miles a second and yet it takes over 20 minutes to go from the sun to the earth. That's a lot of distance. My scale measurement are not accurate, but just to give you a perspective of what it would be like.
2007-04-11 16:34:33
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answer #2
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answered by Jackolantern 7
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It is possible by using double scale.That is one for the planet size and another for the distance between the planets. Even in planet size we need to use different scale because the size of each planet varies in size in multiples of thousand. But we can try to simulate in computer if you are an expert in computer knowledge. I can design the model provided if I get full data. My ambition is that on any particular date of the year we must be able to locate the position of each planet..
2007-04-12 20:52:36
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answer #3
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answered by A.Ganapathy India 7
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Eris, the largest dwarf planet known, was discovered in an ongoing survey at Palomar Observatory's Samuel Oschin telescope by astronomers Mike Brown (Caltech), Chad Trujillo (Gemini Observatory), and David Rabinowitz (Yale University). We officially suggested the name on 6 September 2006, and it was accepted and announced on 13 September 2006.
2016-05-17 23:34:47
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answer #4
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answered by margurite 3
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Yes. The Boston Museum of Science (MOS) has a great model! The sun is at the Museum, Jupiter is at South Station, and I pass it daily. If you're ever in the area, get a guide and try to visit all the planets. (Pluto is still in the MOS list, and Charon isn't. C'est la vie.)
2007-04-11 16:35:15
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answer #5
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answered by Anonymous
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You probably could, but unless you did it on a few acres, the size of the planets would be too small to see. If you tried to do it on a table top, you would need to use a grain of salt for Jupiter, which is bigger than Earth by a factor of 100.
2007-04-11 15:53:51
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answer #6
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answered by Matthew P 4
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planet diameter distance from sun
sun 864000 miles 0
Mercuy 3000 miles 36 million miles
Venus 7600 miles 67 million miles
Earth 7900 miles 93 million miles
Mars 4200 miles 142 million miles
Jupiter 89000 miles 486 million miles
Saturn 75000 miles 892 million miles
Uranus 30000 miles 1800 million miles
Neptune 28000 miles 2600 million miles
Pluto 3600 miles (?) 3700 million miles
2007-04-11 16:37:56
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answer #7
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answered by Anonymous
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Did you tested Earth 4 Energy DIY technique? Try on this website : http://createhomesolar.com/ . This will probably support anybody!
2014-07-14 16:28:40
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answer #8
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answered by Anonymous
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