A term often used in this case is free fall.
No. It will accelerate the diver downward only.
It is the earth's gravity.
gravity
The most usual downward force is the force of gravity; the weight of an object exerts force in a downward direction. There are also other forces which can be exerted in that direction. If you wanted to, you could fire a gun in a downward direction, in which case the explosive force of the gun is added to the force of gravity.
This is weight.
The result is friction.
It is impossible to actually "defy" gravity. Even the Voyager spacecraft at over four billion miles from the earth experience some gravity from the earth. Satellites can orbit the earth at as low as 220 miles or less. They still fall toward the earth, but their forward speed carries them at an arc that matches the earth's surface.
Earth's gravity acts downward toward the center of Earth. ... The combination of intitial forward velocity and downward vertical force of gravity cause of projectile to follow a curved path. Force. A push or a pull that acts on an object.
No. It will accelerate the diver downward only.
downward
The path that the object takes to either strike the ground or to orbit the body.
Satellites of the Earth are held in their orbits by the Earth's gravity. That includes the Moon and all the artificial satellites etc. that are up there.
When there is that force that pulls downward. Example, when you climb a mountain. You will fell that there is that gravity pulling downward.
It is the earth's gravity.
The aspect of the gas giants that has the biggest effect on their rings and satellites is their gravity.
A root's downward growth as a response to gravity is called positive gravitropism or positive geotropism.
Yes there are enough gravitational forces to keep the satellites orbiting earth.