No.
However at that altitude, it is likely there are some forces of acceleration acting on the object which will affect it.
The force of gravity that attracts an object on Earth toward the Earth is the object's weight on Earth. The force of gravity that attracts the Earth toward an object on it is the Earth's weight on the object. Both forces are always there, and they're equal.
In that case, the object is said to be in "free fall". If the gravity is due to the attraction from a single object, such as Earth, the other object will accelerate towards Earth or whatever.
Holding an object in your hand, you can feel the force of gravity trying to bring the earth and the object together.
The force of gravity between the Earth and an object on its surface is what we call the object's "weight". What is not generally appreciated is that the object attracts the Earth toward it with the same force. This means that whatever your weight is on Earth, it's the same as the Earth's weight on you.
weight
Earth pulls on the object, and the object pulls on Earth
The force of gravity that attracts an object on Earth toward the Earth is the object's weight on Earth. The force of gravity that attracts the Earth toward an object on it is the Earth's weight on the object. Both forces are always there, and they're equal.
No. The mutual forces of gravity between the Earth and an object are exactly the same when the object is underwater as they are when it's above water. But when the object is underwater, there's an upward buoyant force on it, which compensates and cancels some or all of the gravitational force.
It is gravity.
Yes. Gravity is a constant force. It never changes as long as you are within it's pull.
There is no boundary where Earth's atmosphere is constrained by gravity. Many feel that astronauts orbiting above the Earth are weightless because they are far away from Earth's gravity , but weightlessness is actually caused by the free-falling of an object that is in orbit.
Mass is the source of Earth's gravity. Any object that has mass has gravity.
gravity
gravity
it doesn't the Earth's mass is what gives Earth gravity not the Sun
The potential energy of a mechanical object in relation to gravity is dependent on the mass of the object, and the height of the object above the earth. Generally represented by this equation: PE=mgh
The object's weight.