How fast can the winds of Neptune travel?
541189
Neptune also has 2,500 km/h winds of hydrogen, helium, and methane that gives the planet its blue appearance. Neptune weather is characterized by extremely violent hurricanes, whose winds reach 1,000 mph.
256497
around 1/6th that of earth so around 1.64m/s
543890
It takes four hours to travel those 300 miles, not counting the stops, so the average speed is 75mph (300 divided by 4).\n\nWith the wind slowing it down, it would be traveling 65mph.  It would then take 4.615 hours in transit (300 divided by 65), which works out to 4 hours 37 minutes (60 minutes * .615 to get the fraction of an hour, plus the four hours).  Add the two half hour stops back in and the total time including stops is 5 hours 37 minutes.
580048
Pluto is 4,583,000,000 miles from the sun at maximum; 2,757,000,000 at minimum.  Since Neptune goes out as far as 2,824,000,000 it is occasionally closer in than Neptune!
161923
Earth and all the other planets in the solar system revolve, or orbit, around the Sun due to the force of gravitation. The Earth travels at a velocity of about 107,000 km/h (about 67,000 mph) as it orbits the Sun.
38277
As far as we know there is no biome on Neptune as there is no life on Neptune.\n\nNeptune is very far from the Sun and very cold, temperatures at the surface (really the top of the atmosphere) are in the range of -218 C. Although this is slightly higher then expected, so there is some modest internal heat source in Neptune, as is the case with Jupiter and Saturn.\n\nThere is (probably) a rocky core at the center of Neptune, covered to great depth with a largely water filled interior (water or ice), but on top of this is a lot of hydrogen and helium. It isn't the most hospitable place for life.\n\nI'm not aware of any serious prospect for life on Neptune, even from the most optimistic astronomers.
405259
The distance from the current position of our sun to the constellation Hercules is 24.7 light years or 259,218,478,000,000 kilometers.\n\nThere are two different speeds that our sun is measured at. The first is its velocity relative to the stars around it. This is measured as 20 km/s.  Using this figure, it would take 12,960,923,900,000 seconds or 821,976.402 years to reach Hercules, assuming the Hercules did not move (which it does).\n\nThe second speed is the sun's velocity relative to the galactic core.  This is 217 km/s.  At this speed, it would take 1,194,555,200,000 seconds or 75,758.1938 years to reach Hercules (same assumption as above).
494078
Of the 4 you present, Saturn, the furthest from the sun, appears to move slowest ON AVERAGE.  This ignores the fact that Mercury appears to stop entirely twice in its orbit since we're looking at it from outside its entire orbit.\n\nPluto would take honors of all the planets even though it is closer  than Neptune for part of its orbit.....
392987
How far is Neptune from the Earth?\nYour answer: 2 billion miles\nCORRECT!
101276
The Distance of Uranus (Herschel) from the Sun is = 3,004,000,000 Kms. or 1,867,000,000 Miles.\nThe Distance of Neptune from the Sun is = 4,537,000,000 Kms. or 2,819,000,000 Miles.\nTherefore the distance BETWEEN THESE TWO PLANETS IS=1,533,000,000 Kms. Or 952,000,000 miles.\nThese figures are for the maximum distances only. The figures for the average and the minimum distances between them will be different.(22 February 2006)
334240
Well, completely aside from size, light-speed travel is currently impossible by our technology. When and if that technology is ever invented, I would say 'yes', because there is no such thing as wind resistance in space ^_^
177995
Earth and Neptune Compared :\n1) Distance from Sun , Earth- 147,000,000 Kilometers,   Neptune- 4537,000,000 Kilometers.           (Both minimum)\n2) Diameter at the equator,  Earth-12,756 Kilometers.    Neptune- 50,538 Kilometers.               (It is bigger than earth.)\n 3) Surface Temperature,  Earth – 22 Degree Celsius , Neptune – Minus 220 degree Celsius.(-220)( Both average.)\n 4) Atmosphere,   Earth- Mainly Nitrogen and Oxygen. Neptune- Mainly Hydrogen and Helium.\n 5) Number of Moons  Earth – Only One   Neptune -- Eight.
739905
Which velocity? The Eath is spinning at a rate of 1 revolution/ 24 hours (about 18 miles per second) and whizzing around the Sun at about 66,600 mph. Also the Eath is moving with the entire galaxy through space.
391419
618 km/s (just under 1.4 million mph).  Important to know this figure if you want to move around in the solar system as it scales with your distance from the sun.\n\nYou can find the escape velocity of any object:\nEscape Velocity = SquareRoot((2GM)/r)\nG = Neton's gravitational constant\nM = mass\nr = radius
43933
It has the strongest surface winds (Jupiter would have the greatest gravitational force)
396604
dr_islam_safwat is exactly correct, as far as he goes. The problem is that Kepler's 3rd law does not tell you how far Neptune is from the Sun, it only tells you how much farther from the Sun it is than the Earth. The real trick to to find out how far the Earth is from the Sun. Actually, knowing the absolute between any two planets would be enough information, because then Kepler's 3rd law could then be used to find all the other absolute distances from the ratios.
315964
At the equator, about 1000 mph, at the poles not much.\n\nhttp://curious.astro.cornell.edu/question.php?number=665