Yes.
Mass and weight are different quantities. The mass of the astronaut is always the same everywhere. The weight of the astronaut is the force on it due to gravity, which depends on the mass and the strength of gravity at the point on the planet, moon or space station the astronaut is standing on.
The strength of gravity is known as "local acceleration due to gravity", and it is represented by the letter g. On the surface of the earth g is about 9.8 ms-2. On the surface of the moon g is about 1.6 ms-2 (a 6th that of the earth). On a space station, because the mass of the station is so small, g is effectively 0 ms-2.
So, the weight of an object is the force on it due to gravity. The formula for weight is:
W = mg
Where:
W = Weight (in Newtons)
m = mass (of the object, in Kg)
g = local acceleration due to gravity (in ms-2).
Hopefully you see this formula is a restatement of F = ma.
Your average man has a mass of about 70 kg. If you plug in the numbers you find the weight on the earth is 686 N, on the moon is 112 N, and on the space station it is 0 N (i.e. the astronaut is totally weightless).
162
21 lbs
If something weighs 127kg on Earth it will weigh 21kg on the Moon.
Peyton Manning weighs 230 pounds.
490 newtons (110.2 pounds)
You probably want to compare the gravity on the moon and on the three planets. Let's assume that you do. Call the gravity of the earth g and let's compare. Moon - 0.1654 g Mercury - 0.38 g Venus - 0.904 g What that all means is that if you weigh 100 pounds on earth, you'll weigh about 16 and 1/2 pounds on the moon, 38 pounds on Mercury, and about 90 and 1/2 pounds on Venus.
He weighs about 190 pounds.
About 162 pounds on Earth.
162 pounds on Earth.
About 160 pounds.(Less than that if the 27 pounds on the moon included his space suit.)
-- To get the earth weight, multiply the moon weight by 6.08 .An astronaut who weighs 27 pounds on the moon weighs 164.1 pounds on earth.-- To get the moon weight, multiply the earth weight by 0.165 .His wife, who weighs 115 pounds on earth, would weigh 19 pounds on the moon.
65 pounds!
That depends on where it is. For example . . . -- On Earth, it weighs 220.46 pounds -- On the moon, it weighs 36.485 pounds . . . etc.
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.
An object that weighs 9 pounds on the moonwould weigh 55.1 pounds on earth.
The gravity of Uranus is about 0.86 that of Earth. This means an object that weighs 100 pounds on Earth would weigh 86 pounds on Uranus.
The mass and diameter of the planet Mars is less that of Earth so there are changes to how the gravity effects you. This would cause a normally 150 pound person to only weigh 56 pounds on Mars.
33.2 pounds
About 301.5 pounds