Your mass is a measure of how much matter you're made up out of. That does not change if you go to the moon (or elsewhere).
Your weight is the product of your mass AND the mass of the planet (body) you're standing on ---- divided by the distance between the two ---
and the moon masses much less than the Earth.
Another way of putting this is your weight is your mass multiplied by the gravitational pull, so
Weight = Mass x Gravitational Pull
Now, considering that the gravity of an object depends on its mass, and as said before, the Earth's mass is far greater than the moon's, the gravitation pull of the Earth (Equal to roughly 9.8 N/kg) is greater than that of the moon (Roughly 1.6 N/kg) So say someone's mass is 80kg, their weight (on Earth would be)
Weight = 80 x 9.8
This means their weight is 784 Newtons on Earth, where as on the moon their would weigh
Weight = 80 x 1.6
And they would weigh 128N.
Hope this helps.
it is because the moon has less mass than the Earth and therefore has a lower gravitational pull. so objects are not pulled down to the moon as strongly they are on earth which makes them weigh less on the moon.
Weight is the Force between two objects. The gravitational force is directly proportional to the product of the two masses (the Moon has less mass than the Earth), and inversely proportional to the square of the distance between the objects.
its more heaver because the world has more stuff on it than the moon
1000,0000,00000,00000,00000,000000,00000 times as much you would weigh on planet earth
It would still weigh 100lbs, though the gravity on Io would affect its apparent weight so you could lift it like was about an 18 lb weight on earth.
If you weighed 100lb on Pluto you would weigh approximately 1,493lb on Earth.
An object that weighs 9 pounds on the moonwould weigh 55.1 pounds on earth.
yes because you can weigh the object but you don't change the object at all
The planet Earth has more gravitation pull than its moon. Therefore the weight on earth is more than that on the moon. The mass though does not change.
This object has a weight on Earth of 67.5 pounds.
1000,0000,00000,00000,00000,000000,00000 times as much you would weigh on planet earth
For an object that is already a solid the change in its temperature does not affect its weight by any noticeable amount. The only change would result from the volume decrease as the object contracts when cooled. By occupying less space, it would displace less air and that would decrease the buoyancy of the object. That, though, would cause the object to weigh (slightly) more.
The weight of 42 pounds on earth would weigh 7 pounds on the moon.
It would still weigh 100lbs, though the gravity on Io would affect its apparent weight so you could lift it like was about an 18 lb weight on earth.
about a 1/6th
Simple. Weigh it
Any object on the moon weighs 1/6th of what it weighs on Earth. For e.g., a 6kg object will weigh only 1kg on the moon.
No. Any object on the moon would weigh about a sixth of what it does on Earth.
Due to gravity, an object would weigh 3 times more on Earth than on Mercury, so the answer would be 75lbs
Mass measures the amount of matter in an object. So long as the object itself doesn't change, its mass doesn't change. Weight measures the strength of gravitational attraction that one object experiences from another object. That's why you would weigh different amounts on the Earth, Moon, Jupiter, etc. Each exerts a different gravitational force on you, even though your body contains the same amount of matter.