Is there such thing as the Solaris????
354564
yes there is. Solaris is the North Star.  As you may realise by the name if you can spot it it will point you towards the north direction so long as you are in the northern hemisphere.  It is the only star in the sky that does not appear to move as observed from planet earth.
779719
Try NASA's site:\nhttp://www.nasa.gov/vision/universe/solarsystem/index.html\n\nor Wikipedia links from:\nhttp://en.wikipedia.org/wiki/Planets
549180
possibly, try terrafly.com
14832
Yes. It is from Sun Microsystems.\n\nIt allows you to run Java applets.
1111447
http://www.radiance.m6.net/ <,that site has a free one
202393
Consider using Solaris, which is a superset (union)\nof both.\n\nIt's free, it's open source, and it's available for\nboth SPARC and x86 machines.
339938
No, as satellites and probes have been sent around the solar system, even behind the sun. There is no evidence of another planet on the other side of the sun. \n\nIn a hypothetical world where there is a planet on the other side of the sun, the gravity pull from the planet will distort the orbits of the closer planets i.e Mars and Venus. This distortion can be extrapolated by astronomists to determine the size and speed of the planet. However the existing 9 planets have all orbits accounted for.
873458
http://sse.jpl.nasa.gov/planets/profile.cfm?Object=SolarSys&Display=Overview\n\nCheck out this website, you can find all the info you need about each of the planets and the sun here.
336486
No.  \nHere is why: Although the list of known extra-solar planets is growing, to my knowledge, none have been described where there are two in the same orbit.  In terms of solar planets (ie us) although it is true that two planets in our solar system cross orbits, this is not 'sharing' the same orbit (at least in the sense of your question I think).  It seems possible enough, but has not yet been described.
669233
http://solarviews.com/\n\nAll the info about all the planets!
508585
There have been many systems identified, some with multiple planets and a few with asteroid belts. The problem is that they are mostly discovered by measuring the minute movements of the star caused by gravitational influences of nearby orbiting objects, so most of the discoveries to date have been systems with relatively large planets (many times larger than our Jupiter) and quite close to the star so that the movement is more easily detected. Recently however, there have been more sensitive sensor arrays which have been able to resolve more "normal" configurations using sophisticated imagery, so there is hope for discoveries of systems more similar to our own in the near future. In any event, given the tremendous distances involved, the resolution of optical telescopes available in the foreseeable future would pretty much preclude any traditional photograph of such a system if it were to be found. There have been some rather blurry computer images generated from these other imaging systems, but I'd hardly call them photographs. Try monitoring <space.com>
1150897
Do one of our solar system and its relative distance from our sun
351630
IS THERE REALLY SUCH A THING??
166203
check www.space.com or go http://nightskymag.com/
816879
Have you tried http://www.sunsite.com ?\nAlso, if you use google to search for what you want, you will be able to find everything.
841326
I think you mean the Mercury transit - Mars never passes in front of the Sun from Earth's perspective.\n\nThat said, I don't know.  I bet www.spaceweather.com has info about where you can view it from.
552520
My favorite of the free ones is Celestia.\n\nhttp://www.shatters.net/celestia/\n\nyou can fly to any star and then center the view on our sun, Sol.  By turning on constellation boundaries, you see what constellation it is in--and how badly mangled the constellations become when you go far away!  It has some extra solar planets modeled too (generic planets, since we don't know what they really look like).\n\nSo if you go to this site and download and run Celestia, you can do the following:\n\nclick Navigation at the top, then goto object.  Type Arcturus in the "Object" field and click "goto".  The way I have it set up, my screen is now all white (I'm TOO close to arcturus!).  I rotate my scroll wheel down to move back some to see the star better.  (HOME and END move forward and back if you have no scroll wheel).  Then, I click Navigation, then Select Sol to select our sun.  Then hit Navigation and Center Selection, and there's a teeny yellow dot in the center of the screen--that is the sun. It appears to be in the constellation Cetus (a really mangled barely-recognizable Cetus).