3000 pounds
Pluto does not have a weight in pounds because weight is a measure of the force of gravity acting on an object. Since Pluto is in space, it experiences very low gravity, so its weight would be much less than on Earth. However, Pluto's mass is estimated to be roughly 0.24% of Earth's mass.
On Mars, you weigh 37.7% as much as you would on Earth. If you weigh 100 pounds on Earth, you weigh only 37.7 pounds on Mars. If you weigh 150 pounds on Earth, you weigh only 56.6 pounds. The equation is .37 x Earth weight = Martian weight.
You would weigh about 16 pounds on the moon because the moon's gravity is about 1/6th of Earth's gravity.
To calculate weight in space, you would use the formula: Weight in space = Weight on Earth x (gravitational pull of space / gravitational pull of Earth). Since gravitational pull in space is typically much lower than on Earth (about 0.17 times that of Earth), your weight in space would be significantly less. Keep in mind this calculation assumes a constant gravitational pull throughout the region of space you are in.
Your weight on Titan would be about 14% of your weight on Earth due to its lower gravity. If you weigh 150 pounds on Earth, you would weigh approximately 21 pounds on Titan.
sixtillion pounds
Pluto does not have a weight in pounds because weight is a measure of the force of gravity acting on an object. Since Pluto is in space, it experiences very low gravity, so its weight would be much less than on Earth. However, Pluto's mass is estimated to be roughly 0.24% of Earth's mass.
On Mars, you weigh 37.7% as much as you would on Earth. If you weigh 100 pounds on Earth, you weigh only 37.7 pounds on Mars. If you weigh 150 pounds on Earth, you weigh only 56.6 pounds. The equation is .37 x Earth weight = Martian weight.
You would weigh about 16 pounds on the moon because the moon's gravity is about 1/6th of Earth's gravity.
A pound is a unit of mass. Mass is constant throughout the cosmos, so if the astronaut has a MASS of 180 pounds on Earth, it will be the same even in space. But, the astronaut doesn't have a weight of 180 pounds. His MASS is 180 pounds. Weight = mass x gravity. So, in space, his weight is 0 Newtons.
To calculate weight in space, you would use the formula: Weight in space = Weight on Earth x (gravitational pull of space / gravitational pull of Earth). Since gravitational pull in space is typically much lower than on Earth (about 0.17 times that of Earth), your weight in space would be significantly less. Keep in mind this calculation assumes a constant gravitational pull throughout the region of space you are in.
Your weight on Titan would be about 14% of your weight on Earth due to its lower gravity. If you weigh 150 pounds on Earth, you would weigh approximately 21 pounds on Titan.
The Earth's weight is approximately 13.2 sextillion pounds, which is equivalent to 211.6 sextillion ounces.
To keep it simple weight is about 40% of earth weight on Mars. 0.4 * 330 pounds = 132 pounds ==========
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.
Your weight on Mars would be approximately 57.9 pounds if you weigh 153 pounds on Earth. This is because the gravity on Mars is about 37.6% of the gravity on Earth.
100 pounds on Earth would weigh about 38 pounds on Mars. This is because Mars has lower gravity than Earth, about 0.38 times the gravity on Earth.