The force of gravity would weaken as you got further away from the Earth's surface and into outer space and therefore your weight would change. As you got nearer to the Moon, your weight would increase again but only to about 1/6th of your weight on Earth due to the fact the Moon's gravity is around 6 times less than that of Earth's.
Your mass would not change.
Your weight would change because of the Moon's lower gravity, but your mass would remain the same because no matter is added or taken away from you
Mass is the same, it is weight that is different due to the force of gravity. The mass of a body is a measure of how much matter it contains.
Yes, mass is the same everywhere. Weight on the other hand depends on the gravity where the object is located. An object that weighs 100 pounds on Earth would weigh 16.6 pounds on the Moon
Yes, mass is the same. Mass is a measurement of how much matter an object contains. Mass is not affected by gravity.
Mass will stay the same. the weight will change due to gravity. !
Your mass on the moon would be the same as your mass on earth. Mass is the actual amount of matter present. Your weight would change since the moon has a different gravitational acceleration than earth.
We = ( m ) ( ge )
Wm = ( m ) ( gm )
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Yes ! Your mass would be the same on Earth, its moon, Mars, Venus, Jupiter, and Pluto.
Mass is the actual amount of matter present for you, any person, or any object.
However, weight would vary with location. Weight is gravitational force on you or any other object and depends upon the local gravitational acceleration. Weight, mass, and gravitational acceleration are related by :
W on earth = ( m ) ( g for earth)
W on moon = ( m ) ( g for earth's moon )
where g for earth equals 9.807 m per sec^2 and g for earth's moon equals about 1.625 m per sec^2.
if you weigh 100lbs on earth you would weigh 16.6lbs on the moon.
Yes, your mass remains the same no matter where you are. It id your weight that changes based on the pull of gravity.
The object's mass remains the same whether it is in the middle of interstellar space, on the moon, on the earth, or any of the other planets of our solar system.
No, your mass is the same, but your weight is different. Weight takes into account the local gravitational field strength, its a function of your mass x gravitational field strength.
It would be about 84% less on the moon.
Density depends on mass and volume. Neither of those quantities changes when a solid is moved to the moon.
Because of centripetal acceleration you will weigh a tiny amount less at the equator than at the poles.
It is moved by Diffusion, Radiation, and Convection.
resistance force.
No. Weight depends on gravity so on a different planet the gravitational strength would be different. Even if you remained on earth your weight would increase measurably if you had eaten or drunk anything, if you moved to a lower altitude, if you moved away from the equator, if you weighed yourself on rain-soaked ground.
First, mass and weight are not the same thing. Second, due to the difference in the gravitational pull of Earth versus the moon, you weigh more on Earth and less on the moon, although your mass stays the same.
Matter can not change. Its weight always stays the same NO MATTER WHAT, and it can be moved
Your mass would remain the same, because mass is constant no matter where you may be. However, your weight would shift depending on the gravity pull available.
The mass always stays the same, but because gravity is 38% of Earth, weight is only 38 pounds for every 100 pounds on earth.
GRAVITYThe acceleration due to gravity is a force related to Earth's mass and is not dependent on its rotation - gravity would not change if the Earth ceased to rotate. WEIGHT However, if the Earth ceased to rotate, someone standing on the equator would weigh more - this increase in weight effect would decrease as you moved the person to the poles to do the comparison.
Weight is a measurement of the gravitational attraction of the earth to the mass of a body. Since the mass stays the same wherever the body is, the gravitational attraction must change from location to location. A body weighing 120 grams at sea level, would weigh slightly less as it was moved away from the center of gravity of the earth, for example, up a mountain. It would weigh slightly more the further below sea level it was moved. Suspending (or immersing) a body in water would also change its apparent weight, though this would be a reaction to the bodies buoyancy rather than a change in gravitational attraction. - wjs1632 -
Density depends on mass and volume. Neither of those quantities changes when a solid is moved to the moon.
If you are moving at different altitude the gravity will changes and so the weght will changes
If you are moving at different altitude the gravity will changes and so the weght will changes
It wouldn't change. Your weight, however, would be about a sixth of what it is now.
Describe a time when your family moved to a new home
It moved westward in a shape of a curve.