The force of gravity is based on the mass of an object, and weight is a measurement of the effect of gravity. Because the Moon has significantly less mass than the Earth, a person would weigh less on the Moon.
The gravity on the surface of the Moon is about 1/6th of what the Earth's gravity is. So an astronaut would only weigh 1/6 of his Earth weight. This allowed the Apollo astronauts, even in heavy spacesuits, to jog about easily on the lunar surface.
A person would weigh less on the Moon compared to Pluto because the Moon has less mass and weaker gravity than Pluto. The gravitational pull on Pluto is stronger due to its larger mass, causing a person to weigh more on Pluto than on the Moon.
A 100 kg person on Earth would weigh about 7% less on Pluto due to its weaker gravity. So, on Pluto, a 100 kg person would weigh around 93 kg.
Due to the mass or size of Pluto compared to Earth, about 2/3 the size of our moon, the gravitational pull of Pluto is greatly weaker than Earth's.
The mass of a person on Pluto remains the same as on Earth, as mass is a measure of the amount of matter in an object and does not change with location. However, the weight of that person, which is the force of gravity acting on their mass, would be less on Pluto due to its lower gravitational acceleration. Consequently, a person would weigh significantly less on Pluto compared to Earth.
Your weight on Pluto would be approximately 4.5% of your weight on Earth, so you would weigh about 6.75 pounds on Pluto. This is due to Pluto's significantly weaker gravitational pull compared to Earth.
A person would weigh less on the Moon compared to Pluto because the Moon has less mass and weaker gravity than Pluto. The gravitational pull on Pluto is stronger due to its larger mass, causing a person to weigh more on Pluto than on the Moon.
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.
The acceleration of gravity on the surface of Pluto is 0.583 m/s2 . That's 5.94 percent of its value on Earth. If you weigh 200 pounds on Earth, you would weigh 11pounds 14.2ounces on Pluto.
A 100 kg person on Earth would weigh about 7% less on Pluto due to its weaker gravity. So, on Pluto, a 100 kg person would weigh around 93 kg.
Because Pluto is so small you would be very light if you visited. If you weigh 70 pounds [32 kg] on Earth, you would only weigh 4 pounds [2.5 kg] on Pluto.
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.
Which planet would I weigh the least Jupiter, Pluto, Saturn, or Earth
Due to the mass or size of Pluto compared to Earth, about 2/3 the size of our moon, the gravitational pull of Pluto is greatly weaker than Earth's.
Your weight on Pluto would be approximately 4.5% of your weight on Earth, so you would weigh about 6.75 pounds on Pluto. This is due to Pluto's significantly weaker gravitational pull compared to Earth.
A 200 pound person on Earth would weigh about 71 pounds on Pluto due to the lower gravity on Pluto compared to Earth.
If you weighed 100 lb on Earth you would weigh 6.7lbs on Pluto.Simple calculations should solve any other weight.1lb - 0.067lb5lb - 0.335lb10lb - 0.67lb20lb - 1.34lb30lb - 2.01lb40lb - 2.68b50lb - 44.4lb60lb - 4.02lb70lb - 4.67lb80lb - 5.36b90lb - 6.03lb100lb - 6.7lb200lb - 13.4lb300lb - 20.1lb400lb - 26.8lb500lb - 33.5lbSee related for your weight on other planets.Or just multiply by 0.067
Pluto's mass is estimated at only 1/155th of Earth's. The gravity there would be 1/15th Earth gravity.