It takes about 165 Earth years.
Neptune's average distance from the Sun is 2,795,084,800 miles. Assuming that distance, it would take 637 [Earth] years, 259 [Earth] days, 3 hours, and 36 minutes to travel from the Sun to Neptune at a rate of 500 miles per hour. That is an equivalent of 5,590,169.600 hours of travel time! Sunlight, however, can make the trip in about 4 hours, 10 minutes, and 26 seconds.
29 1/2 days
It would take about 12-13 years for a spacecraft to reach Neptune from Earth using current propulsion technology. The exact time would depend on the speed of the rocket and the alignment of the planets for a gravity-assist maneuver.
The moon is on the same orbit as the Earth around the sun. It takes it a year to make that trip.
The distance from the Sun to Neptune is 4,504,300,000 kms Light travels 9,460,730,472,580,800 kms a year So light would take just over four hours to get from the Sun to Neptune. Most of us have taken a 4-hour road trip. So imagine driving solidly for over four years. That's how long you'd have to travel for (at the speed of light) to get to the next star (Proxima Centauri).
I am sorry to say but neptune orbits the sun not the moon.
Yes, Neptune takes 164.79 years to make one trip around the sun.
It would take around 45 hours.
It takes the earth one year, or 365 days to make one trip around the sun.
For the Earth, it takes exactly one year.
Neptune does, since it's the furthest one out from the sun.
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About a year (without stopping for a rest )
There is not a way to tell how long this trip will take. In order to find out how long to trip will take you have to tell me how fast and far you are going.
It is a 800 mile trip so expect it to take around 13 hours.
The orbit of Neptune around the sun is about 164.79 earth years.The wording of the question might simply be an error; planetary orbits around the sun are almost always the orbits of interest. But in fact Neptune does orbit the earth, if there is no requirement that an orbit has to directly involve the gravitational force between the two bodies involved. Whenever Neptune completes an orbit around the sun, it has effectively orbited all the other planets closer to the sun than it is. You could make the length of this event a little more accurate if you start and end with the same phases of Neptune from earth's perspective that give a total time closest to Neptune's orbital period. So Neptune's orbit of earth will be an exact multiple of Neptune's synodic period relative to earth, which is 367.49 days.
Neptune is between 29 and 31 AU from Earth depending on the time of year, about 15,000 light seconds (4 hours). At the speed of the International Space Station (7.5 km/s), the trip would take around 20 years.