The greater the mass, the greater the force of gravity.
In zero gravity, buoyancy would not be present as there is no gravity to create the force that causes objects to float in a fluid. Objects would not experience an apparent weight loss or loss of buoyancy in zero gravity.
How would the loss of the blue whale affect ocean life?
we can fly
A reversal in Earth's gravity from positive to negative could have catastrophic consequences. It could lead to mass destruction of infrastructure, loss of life, and disruption of ecosystems. The change in gravity would affect everything on Earth, causing chaos and instability.
Depends on the gravity they were raised in. It would, at first, depend on the gravity they were living in while traveling here. Our astronauts are badly effected by gravity when they return from space. The longer they were in space the worse the effect. In space they exhibit bone calcium loss. Our bodies would probably adapt well to space if we lived there, but the changes would probably upset some people.
Technically, it is not an actual "weight loss". Our weight is determined heavily by the gravity on Earth. Other planets have either more, less, or similar gravity to us. If the planet has a different gravity, a person will seem to weight less due to the forces needed to hold them down to the ground. Once the return to Earth, however, their weight will not have changed at all.
Some other planets (but not all) have less gravity (such as Mars). So you feel like you weigh less, though the size of your body hasn't changed.
The reason the jovian planets lost very little of their original atmosphere is due to their strong gravity and magnetic fields. These factors help to trap and retain the gases that make up their thick atmospheres, preventing significant loss to space.
Outer planets like Jupiter and Saturn have strong gravitational fields that hold onto their abundant gas layers. Additionally, these planets are further away from the Sun where solar winds are weaker, reducing the loss of gas. The large mass of these planets also contributes to their ability to retain their gas atmosphere.
yes
if an jaguar would of come my way i will panit
Advantages1. No restrictions on how you get around - you could just jump2. You would never lose anything because it would be just floating in front of you.Disadvantages1. You would lose bone mass and you muscles would get weaker over the passing of time2. Nothing would hold together including the planets and galaxies - planets would stop orbiting3. We would not be able to make fire4. You could easily get dehydrated - the fluids in your body usually pool in your lower abdomen, but with no gravity there would be a huge fluid distribution change, that's why astronauts are always drinking water