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No - more on Earth - in orbit you're weightless.
About 35 pounds.
In space, nothing: it has mass but no weight. On a planet or moon it depends on the gravity of that planet or moon as well as the mass of the spaceship.
Although the Earth's gravity has a lesser effect on an astronaut orbiting the Earth in a spaceship than on a person on the surface of the Earth, this is not the reason why an astronaut experiences weightlessness. The space shuttle, International Space Station and most other manned vehicles don't get that far from the Earth. The Earth's gravitational attraction at those altitudes is only about 11% less than it is at the Earth's surface. If you had a ladder that could reach as high as the shuttle's orbit, your weight would be 11% less at the top. Put another way, a person who weighs 100 pounds on the Earth's surface would weigh about 89 pounds at the top of the ladder.
If you weigh 180 pounds here on Earth, on Venus, you'd weigh 158.04 pounds.
No - more on Earth - in orbit you're weightless.
About 35 pounds.
It weighs sixteen million pounds, is 180 feet tall, and takes up two million cubic feet of space.
In space, nothing: it has mass but no weight. On a planet or moon it depends on the gravity of that planet or moon as well as the mass of the spaceship.
Although the Earth's gravity has a lesser effect on an astronaut orbiting the Earth in a spaceship than on a person on the surface of the Earth, this is not the reason why an astronaut experiences weightlessness. The space shuttle, International Space Station and most other manned vehicles don't get that far from the Earth. The Earth's gravitational attraction at those altitudes is only about 11% less than it is at the Earth's surface. If you had a ladder that could reach as high as the shuttle's orbit, your weight would be 11% less at the top. Put another way, a person who weighs 100 pounds on the Earth's surface would weigh about 89 pounds at the top of the ladder.
That can't be calculated if you don't know her original weight. Take whatever she weighs on Earth, and divide that by four.
No. On Mercury you would weigh 37% of what you weigh on Earth.
You would weigh the most on the surface, where the most gravitational energy is below you.As you enter the Earth, gravitational force is also exerted from the mass above, meaning that when you reach the center, the gravitational force will be equal from all directions, leaving you weightless.As you depart the surface of the Earth, you will lose weight as the gravitational force weakens with distance.
You would weigh 102 lb.
If you weigh 180 pounds here on Earth, on Venus, you'd weigh 158.04 pounds.
You will weigh just 37.8% of whatever you weigh on Earth. If you weigh 150 pounds on Earth you will weigh 56.7 pounds on Mercury.
The farther you are from the center of the Earth, the less you weigh. Heaviest . . . the lowest point on Earth's surface (shore of the Dead Sea) Lightest, while on the Earth . . . Top of Mt. Everest Lighter . . . in an airplane, at altitude higher than Mt. Everest Still lighter . . . farther from the surface