weight is mass times acceleration.
If the acceleration is zero, e.g. weightless in space, then the mass you have is still the same, but since there is no acceleration, there is no weight.
Experiment. If you attach a small mass to a spring balance, then while you are lifting it, the weight will increase.
mass does not change but weight does because weight is equal to mass times gravity. gravity is weaker at higher elevations. gravity does not change at higher elevations, as long as you remain inside Earth's atmosphere
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.
Your mass will not change, but your weight will.
The weight itself is how much mass is there, so in theory the WEIGHT changes to how much mass there is.
the weight reduces due to change in gravity but mass remains constant
No, an objects mass will remain the same no matter where it is. (Its weight will however vary)
If earth's mass were to remain the same, your weight would be constant, i.e. it would not change.
mass does not change but weight does because weight is equal to mass times gravity. gravity is weaker at higher elevations. gravity does not change at higher elevations, as long as you remain inside Earth's atmosphere
When you travel from the planet Earth to another place, such as the International Space Station or the moon, your mass would remain the same but your weight would change.
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 of the bottle will remain the same whether it's full or empty however, the weight will change.
Mass will basically remain the same. As a reminder, weight = mass x gravity.
Yes. Weight is the product of mass times gravitational acceleration. So all you have to do is vary the gravitational field and you vary weight. This is why astronauts on the Moon only weighed about 1/6 their weight on Earth.
Your mass will not but your weight will.
<p> Mass and weight are different physical quantities, Weight is dependent on the gravitational force which the planet on which the object is located applies, while mass is independent of this force, and is the actual 'matter content' of the object. There will be a change in weight of the object if taken on the moon, but the mass will remain unaffected. Mass 10kg implies: Weight (on Earth) = 10*9.8 = 98N As the gravitational force of moon is 1/6th pf that of earth, the weight of that object on Moon will be: 98* (1/6) = 98/6 = 16.33N *The mass will remain unchanged on the moon. </p>
Your mass will not change, but your weight will.
A persons mass never changes. A persons WEIGHT changes according to the amount of gravitational force put on the object. Some 1 on the moon WEIGHS less on the moon but still has the same mass. Mass plays a factor in the weight but a persons mass never changes by where the person is or so I think.