Yes.
Much lighter. If you weighed 180 pounds on earth you would weigh 68.4 pounds on Mercury.
You would be lighter in space because weight is the result of gravity pulling on your mass. In the absence of gravity in space, you would not experience the same force pulling you down, making you feel weightless.
No. Because of the weaker gravity people would actually be much lighter on Pluto than on Earth.
The object is actually lighter on the Sun
I think it would be lighter because all the moisture has gone from the substacne which would make it lighter.
Yes, it is true. Gravity plays a part in this. You see, it takes a heavier person more effort to burn calories than a lighter person because, because of their larger weight, they are being pulled down more, meaning they fight against gravity, more than the lighter person would. For example if a light and heavy person began and ran up stairs at the same time, it would be harder for the heavier person because more gravity is acting upon them. Hehehe, if the heavy and light person fell down, it would hurt more for the heavier person.
lighter
sure if you want to be lighter or heviar
A brick would be lighter.
A heavier snake would, though lighter would not.
Gravity would affect a hummingbird and an eagle differently due to their size and weight. The hummingbird, being much smaller and lighter, would be more significantly impacted by gravity compared to the larger and heavier eagle. The hummingbird would need to expend more energy to counteract the force of gravity while hovering and flying, whereas the eagle would have an easier time gliding and soaring due to its size and wingspan.
On planets with stronger gravity than Earth (e.g., Jupiter), we would feel heavier and have more difficulty moving. On planets with weaker gravity (e.g., Mars), we would feel lighter and be able to jump higher. Our overall strength and bone density could also be affected by prolonged exposure to different gravitational forces.