The trip would only take 5.64 seconds to reach Pluto (about 4.7 billion miles) at that speed.
Yes. And the average depth of the water on Pluto would be much, much more than the average few miles here on Earth.
Pluto is a minor planet (it is no longer considered one of the standard planets orbiting our sun) has a very eccentric orbit. Its distance from earth (and the sun) varies more than that of any of the planets. For a period of roungly 15 years it is within the orbit of Uranus, and for hundreds of years, its orbit is beyond that of Uranus. At their closest, Pluto and Earth would be separated by 4.2 billion km. At their most distant, Earth and Pluto would be separated by 7.5 billion km. (see the related link)
4 days on Pluto would be 25.6 Earth days.
If you weighed 100lb on Pluto you would weigh approximately 1,493lb on Earth.
No.. Its quite impossible for us to reach Pluto because the closest distance between the Earth and Pluto occurs when Earth is at its most distant from the Sun, and Pluto is at its closest. And the Sun, Earth and Pluto are lined up in a perfect line. When this happens, Pluto and Earth would be separated by 4.2 billion km. At their most distant, Earth would be at its furthest at the opposite side of the Sun from Pluto. At this point, Earth and Pluto would be separated by 7.5 billion km. And so, the distance from Earth to Pluto ranges between these two distances.
When I was a kid Pluto was closer to the sun than Neptune. Now it is further away. The distance between Pluto and earth will vary as Pluto orbits the sun--Pluto's orbit is fairly eccentric. At aphelion (furthest distance from the sun) Pluto is 48.871 AU (average earth/sun distance) from the sun. That is 4.542 billion miles. When the earth is on the opposite side of the sun, that would maximize the distance to Pluto at close to 4.635 billion miles (4.542 billion plus 93 million). Pluto will reach its next maximum distance from us in 2113, just over a century from now (2012). At its closest Pluto is 29.657 AU from the sun, or 2.757 billion miles. Some time during 1989 earth and Pluto were lined up on the same side of the sun, and the distance between them was minimized to roughly 2.664 billion miles.
Pluto
Yes. And the average depth of the water on Pluto would be much, much more than the average few miles here on Earth.
No, Earth's gravity would not affect Pluto. However, the suns gravity does.
Pluto is a minor planet (it is no longer considered one of the standard planets orbiting our sun) has a very eccentric orbit. Its distance from earth (and the sun) varies more than that of any of the planets. For a period of roungly 15 years it is within the orbit of Uranus, and for hundreds of years, its orbit is beyond that of Uranus. At their closest, Pluto and Earth would be separated by 4.2 billion km. At their most distant, Earth and Pluto would be separated by 7.5 billion km. (see the related link)
Going at about 13,000 miles/sec, it would take roughly 15-20 years.
Since Pluto's gravitational pull on its surface is only about 6% that of the Earth on its surface, you would weigh 6% of your Earth weight if you were to stand on Pluto's surface. So, to convert your Earth-weight to your Pluto-weight, you have to multiply your Earth weight by 0.06. In this case, if you weigh 125 lbs on the Earth, you would weigh 7.43 lbs on Pluto.
4 days on Pluto would be 25.6 Earth days.
Which planet would I weigh the least Jupiter, Pluto, Saturn, or Earth
Where you are has no effect on your age. If you were on Pluto you would be the same age as if you had stayed on earth.
Pluto.
If you weighed 100lb on Pluto you would weigh approximately 1,493lb on Earth.