If you have a mass of 55 kg, then on the Earth at sealevel you would weigh 540 Newtons. However, we do not usually use Newtons in non scientific contexts, so we normalize the weight back to kg, so you would "weigh" 55 kg.
The mass of an object does not change in classical physics, and kg is a measure of mass. The mass will be a constant whether it is on Earth or on Mars. The weight of the object, however, changes with the gravitational pull of the planet. You weigh a lot less on the Moon than on Earth. Please see the related link for a comparison.
==================================== A 55 kg mass will continue to have 55 kg of mass wherever it is, but on the surface of the other planets of the Solar system it will have weights equivalent to the following Earth-based masses: * EARTH 55kg * Earth's Moon 9 kg * Mercury 21 kg * Venus 50 kg * Mars 21 kg * Jupiter 145 kg * Saturn 63 kg * Uranus 51 kg * Neptune 63 kg * Pluto 3.4 kg
if someone weighs 55 kg on earth what would be their mass be on pluto?
Pluto's volume is about 1/115th of Earth, but its mass is only 1/455th Earth's. The gravity there is one-fifteenth of Earth's so a person's weight on Pluto would be less than 7% of their weight on Earth. Example : man weighs 150 pounds on Earth, effectively 10 pounds on Pluto (push-ups not a problem) Example : rabbit weighs 1.5 kg on Earth, only 100 grams on Pluto (even in spacesuit, hops over houses)
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.
About 8 Pluto's make an Venus.
5.2lbs
The acceleration of gravity on the surface of Pluto is 0.658 meters/second2 ... about 7% of the corresponding number on the Earth's surface. A man who weighs 200pounds on Earth would weigh 13pounds 6.7ounces on Pluto.
54 pounds
If a person weighs 100 pounds on earth earth. They will weight approximatly 6.7 pounds on pluto. Hope that helps (: -Micaella
The weight of a person on Pluto would be equal to about 1/15 of their weight on Earth. As such, a person who weighs 100lbs on Earth would weigh about 6.67lbs on Pluto.You would weigh just 6.7 pounds on Pluto.
Pluto's volume is about 1/115th of Earth, but its mass is only 1/455th Earth's. The gravity there is one-fifteenth of Earth's so a person's weight on Pluto would be less than 7% of their weight on Earth. Example : man weighs 150 pounds on Earth, effectively 10 pounds on Pluto (push-ups not a problem) Example : rabbit weighs 1.5 kg on Earth, only 100 grams on Pluto (even in spacesuit, hops over houses)
because he was an scarydy crow
Not at the present time because of the distance to Pluto. However, manned stations on Pluto would be possible using the same types of structures used in Earth orbit.
Pluto
No, Earth's gravity would not affect Pluto. However, the suns gravity does.
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.