how many inches is it to Pluto?
373696
Since there are 63,360 inches per mile, and since the distance to Pluto from Earth is 2.67 billion miles, then just multiply it.\n\nThe real value: 1.69171E+14 inches, so that's a lot of inches lol
927189
To answer your second question first (I'm just an ornery cuss), Pluto is still a member of the Solar System. It's no longer considered a planet, though. It is now called a dwarf planet because of its size and extremely anomalous orbit (so look it up already).Just like the moon. asteroids, etc. it is still part of the Solar System.\n\nAs to the 1st part of your question-------Usually, as long as Mickey gives him table scraps instead of that crap from the can.Woof!Woof!
508947
do you mean in relation to Earth?\n\nEach Pluto day takes 6.39 Earth days and 1 Pluto year takes 247.7 Earth years...\n\nNow THAT would make birthdays nice and cheap!
152687
Pluto is the 9th farthest planet form the sun. Sometimes it becomes the 8th farthest planet. Once in every 248 years for 20 yrs.\n\npluto is considered by some to not be a planet at all.  If u want i will tell u the reasons
460461
A) Galaxy, about 100,000 years.\n\nB) Sun, about 5 seconds\n\nC) Solar System, it depends on if you mean the orbit of Pluto or all the way out to the Oort cloud.
205258
Your question is very vague and almost meaningless without more details added.\n\nWhere are all these objects in relation to Pluto?  What is there distance away?  Are they sitting on the surface, or are they here on Earth?  When someone says "all objects", do they really mean ALL objects?  Obviously, I am sitting here on Earth and Pluto is exerting a very weak attractive force on me, but I am not accelerating towards it since my over all net force is directed much greater toward to Earth and toward the sun.\n\nForce = mass * acceleration\ngravitational Force = (G * m1 * m2) / r^2
181678
its probably half way to pluto by now. you could write the plutonians and ask them to email it back to you, this may take a few days though.
437714
The orbital period for Pluto is 90,613.3055 day or 248.09 years.
351127
Neptune's distance from the Sun 30.06 A.U. 4478.26 x 106 km\nPluto's distance from the Sun 39.48 A.U.   5906.38 x 106 km\n \n9.42 A.U. 1428.12 X 106 km (approximately when Pluto is the 9th planet) This is each planets distance from the sun subtracted from each other.  hope this helps
1103000
They won't, because their orbits are so different. Pluto intersects the solar system's ecliptic, or orbital plane, twice as its orbit brings it "above," then "below" that plane where most of the other planets' revolve -- including Neptune. And, though they are neighbors Pluto and Neptune are always more than a billion miles apart.
922475
there are about 2.54 centimeters in an inch. No one is sure about the exact measurement
975216
I suppose the power is inversely proportional to the square of the distance. Thus a square meter on Pluto gets 1/1600 as much power as one on Earth, or 1400/1600, 7/8 of a watt.
281130
Features of Pluto and Charon\n\nPluto is the only planet that has not been visited by a spacecraft. It is so tiny, and so far away that even the Hubble space telescope has trouble resolving any surface features on the planet. With a diameter of only 1412 miles (2274 km, Pluto is the smallest planet in the solar system. Because of its small size, many astronomers believe that it should be classified as an asteroid instead of a planet. In fact, Pluto represents one of the great mysteries of our solar system. No one knows why this small, rocky  planet can be found among the giant gas planets of the outer solar system. Some believe that Pluto and Charon may be asteroids or comets that somehow got locked into an orbit around the Sun. Many astrononers now believe that they are actually part of the Kuiper belt and should not be classified as planets. The Kupier belt is a ring of rocky, icy objects located beyond the orbit of Pluto. Serious consideration has been given to removing Pluto from the list of planets, but the the public's fondness for this lonely wanderer will probably keep it there for some time to come. Between 1985 and 1990, the Earth was aligned with the orbits of Pluto and Charon in such a way that a series of eclipses would take place. Astronomers were able to take advantage of this situation to accurately determine the size of both Pluto and Charon, and to create the first image of Pluto showing some of its larger surface features. This revealed that Pluto is the second most contrasty body in the solar system. Astronomers are hoping that a future space probe may one day be able to show us the surface of this strange and distant world. But until then, every new discovery will bring with it a long list of new questions.\n\n\nStatistics for Pluto\nDiscovered by ...... Clyde W. Tombaugh\nYear of Discovery ...... 1930\nDiameter ...... 1412 miles (2274 km)\nNumber of Natural Satellites ...... 1\nMean Distance from the Sun ...... 3,673,537,000 miles (5,913,520,000 km)\nRotational Period ...... 6.3 days\nOrbital Period ...... 248 years\nOrbital Eccentricity ...... 0.250\nOrbital Inclination ...... 17.14 degrees\nInclination of Axis ...... 122.5 degrees\nMean Surface Temperature ...... -382° F (-230° C)\nMain Atmospheric Component ...... Methane\nApparent Magnitude ...... 15.12
1005609
The diameter appears to be 2400 km = 1500 miles.\n\nIts distance from the sun varies between 37.77 AU (5.65 Tm) and 97.56 AU (14.60 Tm).  Earth's distance from the sun is 1 AU (0.15 Tm).  So the distance between Earth and Xena would be between 36.77 AU (5.50 Tm) and 98.56 AU (14.75 Tm).\n\nOne light-year is about 9467 Tm (terametres, or trillion metres).  So the distance between Earth and Xena would be between 0.00058 LY and 0.00156 LY.\n\n(Light-years aren't a very handy unit of distance within the Solar System.)\n\nFinally, Xena isn't called a planet yet.  Heck, we're still arguing about whether Pluto should be called a planet....
491318
in relation to the other planets in our solar system... our moon is bigger than pluto but smaller than the other planets.\n\nin relation to other moons of other planets in our solar system... it is the 5th largest out of all the other planetary satellites.\n\nthe exact figures are at the link below:\n-(this other link might help as well)
278785
Aproximately 5 hours, 30 minutes and 30 seconds.\n\nThe speed of light= 186,382 miles per second\nDistance from the Sun to Pluto= 3,694,673,109 miles\n\nSo it will take 19,838 seconds to get to Pluto, which equals 330.5 minutes, which equals 5.5 hours.
186108
Ten. A new planet has been discovered that is approximately the same size as Pluto. It has not yet been formally named. Check http://www.nasa.gov/vision/universe/solarsystem/newplanet-072905-images.html for more info:)