wut order do the planets go in?
476976
My Very Educated Mother Just Served Us Nine Pizzas\n\nMercury\nVenus\nEarth\nMars\nJupiter\nSaturn\nUranus\nNeptune\nPluto
598363
Well, they go in diameter, Jupiter, Saturn, Uranus Neptune Earth Venus Mars Mercury Pluto, so \nJ S U N E V M M P  so why not have: \nJust Say Upto Nine Easy Very Merry Mighty Planets
590767
By "what planet they were going into," I'll assume you mean what planet the moon passed next after reaching full moon.\n\nFull moon in February 1941 was on Wednesday the 12th at 00:26 UTC (it was still Tuesday the 11th in the U.S.).  The next planet the moon passed was Neptune.\n\nFull moon in May 1945 was on Sunday the 27th at 01:49 UTC (it was still Saturday the 26th in the U.S.).  The next planet the moon passed was Mars, then Venus (the two planets were relatively close to each other).\n\nFull moon in June 2002 was on Monday the 24th at 21:42 UTC.  The next planet it passed was Neptune.\n\nHope that answers your question.
406735
exact postion in this table:\nhttp://www.heavens-above.com/planetsummary.asp?lat=50.450&lng=-104.617&alt=0&loc=Regina&TZ=Sask\nor get it visually on this virtual planatarium:\nhttp://www.fourmilab.ch/yoursky/
627342
ok, this is found in the 4th quadrant, the order is as follows\n\n(x,y) 1st\n(-x,y) 2nd\n(-x,-y) 3rd\n(x,-y) 4th\n\nhope this helps\n\nmatttlocke
432837
You have to find the Least Common Multiple.\nFirst we know that it's going to be 84 or more years because Uranus takes 84 years to complete one orbit.\n So we know that the other planets' time length to make one orbit has to go into 84. \nFirst I did Earth: 84/1 = 84. \nNow I need to do Jupiter: 84/12 = 7. \nNext I do Saturn: 84/30 = 2 remainder 24. \nSo now I need to find a common multiple of 30 and 84. \n84 x 2 = 168 (no). 84 x 3 = 252 (no). 84 x 4 = 336 (no). 84 x 5 = 420 (yes).\n\n  14 \n  30)420 \n  -30 \n  --- \n  120 \n  -120 \n  --- \n  0 \n\nSo 420 is the number that goes into all the time lengths for the planets. Therefore we find out out that they will align once in 420 years.\nIf you knew the last time they were all in a line. You add that year + 420 and you get the next year when they will alll be in a line.
589353
Neptunes axis spins counter clockwise. the rest also do the same except three of them; venus:clockwise, Uranus: rotates on side, Pluto: rotates down
296786
Starting with the sun I use this saying to help me remember:\n\nSadly - SUN\nMy - MERCURY\nVery - VENUS\nElderly - EARTH\nMother - MARS\nJust - JUPITER\nSits - SATURN\nUnder - URANUS\n(The)\nNorth - NEPTUNE\nPole - PLUTO\n\nHope that helps!
47604
Planets: Venus and Mars\n\nMoons: Titan, Europe
130418
There is really only three planets that exhibit retrograde motion; Venus, Uranus and Pluto. \n\nWhen viewed from the vantage point of the north celestial pole, the planets rotate on their axes in a counter clockwise direction, except for Venus, Uranus and Pluto, which rotate in a clockwise (i.e., retrograde) direction. \n \nIt is also interesting that the rotational axis of Uranus is roughly orthogonal to those of the other planets, almost in the plane of its orbit. \n\nInterestingly, all of the orbits of the planets are also in a counter clockwise direction, as the rotation of the sun.
227911
The inner planets are the 4 planets who's orbits are closest to the sun (Mercury, Venus, Earth, and Mars).  The asteroid belt (and millions and millions of miles) seperates the inner planets from the outer planets.\n\nCompared to the distances in between the outer planets, the inner planets might as well be right next to eachother, the distances really start getting big in the outer solar system.
188214
Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto....learned them in 4th grade. Kind of sticks with ya'.
840740
The Earth is the most important planet in the Universe.  It's the most important one because it's the one I live on and own real estate on.  If I lived on a different planet, that other planet would be the most important planet in the Universe.
291972
They're arranged in alphabetical order
1130994
Yes, the planets go through phases. Celestial phases are basically light hitting different hemispheres at different times.
457404
All the planets in our solar system rotate in the same direction with the exception of Venus which rotates *very* slowly in the opposite direction.  It was theorised that it once suffered a glancing blow from a very large object that reversed its spin.\n\nHmm - by rotate I mean on their own axis - not around the sun, in which case all planets go the same direction.
975767
From the planets you just mentioned.