I forgot whats Pluto's exact measurment and its due tomorrow?
595890
I was going to just say "google it", but then I saw that I'm 3 days too late.
811501
Pluto is not a planet anymore... it is now a "dwarf planet."\n\nWhen it is outside Neptune's Orbit, it is 8 planets away from the Sun and when it is inside Neptune's Orbit, it is 7 planets away from the Sun.  \n\nPluto has a very eccentric orbit and spends 20 year chunks of time closer to the Sun than Neptune.\n\nAloha
596002
by the name pluto and uranus\n\nummmm emailance i really don't think ur gonna get a story at the end
456292
Pluto is 6 Billion kilometers away from the sun.  Light takes about 5.5 hours to reach Pluto.  Which means Pluto is only 6 light HOURS away from the sun.
89889
July 29, 2005: "It's definitely bigger than Pluto." So says Dr. Mike Brown of the California Institute of Technology who announced today the discovery of a new planet in the outer solar system.\n\nThe planet, which hasn't been officially named yet, was found by Brown and colleagues using the Samuel Oschin Telescope at Palomar Observatory near San Diego. It is currently about 97 times farther from the sun than Earth, or 97 Astronomical Units (AU). For comparison, Pluto is 40 AU from the sun\nThe planet's temporary name is 2003 UB313. A permanent name has been proposed by the discoverers to the International Astronomical Union, and they are awaiting the decision of this body before announcing the name. \nAm I right U_EVERYONE_K
493858
this will be  169646.00329384883487698274269709 cubic inches
1111925
The first spacecraft to visit the planet Pluto lifted off from Earth in January of 2006 and is expected to reach Pluto on July 14, 2015.  Pluto is so far from Earth that not even the Hubble Space telescope is able to take clear pictures of it.  Pluto's distance from the sun varies between 30 AU and 49 AU.  One AU is the distance between the Earth and the sun.  Pluto is so distant that man will very likely not visit for many 100's of years yet to come as we do not possess the technology to make the voyage to Pluto within an acceptable period of time.  Compare this to the distance between Earth and Mars which is only 0.37 AU (35 million miles).
555699
I think I can help you with this one... I learned how to do it in Kindergarten.\n\nPull your head out of your ass and measure.\n\nGood Luck!
287291
http://www.space.com/reference/pluto/moons.html
984760
You'd have to contact an observatory to find out where it was in the sky in 11/98 but with an orbital period of 165 years, it hasn't moved far relative to us. Pluto, of course, is no longer considered a planet.
452305
You will need to know the density of Plutonium at the specific temperature and phase you are talking about.\n\nDensity = mass / volume\n\nDepending on the units of the density given, you may have to do some conversion, then simply solve for mass.\n\nMass and weight are NOT the same thing, nor do they have the same units.  Mass has units of kilograms where as Weight has units of Newtons.\nIf you truely do want the "Weight" of the Plutonium, then you must multiply its mass by the acceleration due to gravity is experiences (~9.81 m/s^2 on the surface of Earth).\nw = mg\n\n\nThe density of solid Plutonium at standard conditions is 19816 kg/m^3 which equals 19.816 kg/Liter.\nSo 1 Liter of Plutonium under these conditions has a mass of 19.816 kg and a weight of 194.4 Newtons.
45656
Designated 2003 UB313 (it hasn’t been officially named yet), this “planet” is slightly larger than Pluto, has a small moon and takes more than 500 Earth years to orbit the Sun.\nA planet is a body large enough that, when it formed, it condensed under its own gravity to be shaped like a sphere. It orbits a star directly and is not a moon of another planet.\n To simplify things, some scientists propose that the size of Pluto be designated the smallest size for a planet. If that argument carries the day, we now have 10 planets, since 2003 UB313 meets all the criteria.
115989
Pluto Statistics \nDiscovered by Clyde W. Tombaugh \nDate of discovery February 18, 1930 \nMass (kg) 1.27e+22 \nMass (Earth = 1) 2.125e-03 \nEquatorial radius (km) 1,137 \nEquatorial radius (Earth = 1) 0.1783 \nMean density (gm/cm^3) 2.05 \nMean distance from the Sun (km) 5,913,520,000 \nMean distance from the Sun (Earth = 1)) 39.5294 \nRotational period (days) -6.3872 \nOrbital period (years) 248.54 \nMean orbital velocity (km/sec) 4.74 \nOrbital eccentricity 0.2482 \nTilt of axis (degrees) 122.52 \nOrbital inclination (degrees) 17.148 \nEquatorial surface gravity (m/sec^2) 0.4 \nEquatorial escape velocity (km/sec) 1.22 \nVisual geometric albedo 0.3 \nMagnitude (Vo) 15.12 \nAtmospheric composition \nMethane\nNitrogen 0.3
489703
Pluto, which was discovered in 1930, is but a dot of light in even the largest Earth-based telescopes. Pluto is 2/3 the size of Earth's moon but 1,200 times farther away, which makes viewing surface detail as difficult as trying to read the printing on a golf ball located thirty-three miles away.
1059357
Thats why they asked theoretically.\n\nsame radius as the solar system\n1267650600228229401496703205376 kms\n\nOf which you allready knew, otherwise u would not be asking
265928
1.27 X 1022 KG (0.0021 Earths)
316460
Tiny Pluto is the last planet in our family. The dark, cold planet's average distance from the Sun is a little over 3.5 billion (3,500,000,000) miles. If you tried to step off this distance, you would be over two miles away from your Sun when you reached the location of Pluto. If you got on a jet and flew at 600 miles per hour from the Sun to Pluto, it would take 675 years. If you could drive the same distance, it would take over 5,700 years.