Without getting into the difference between linear and angular momentum,
it should be enough to simply point out that the Earth's mass is equal to
the mass of something like 60 thousand billion billions of you, and that for
equal momentum, the velocities would be in the inverse of the same ratio.
Earth can push and object forward with a reaction force
Is the type of force that cause a satellite to orbit earth is a centripetal force
The recoil motion is not noticed because of the conservation of momentum and the difference in mass. youxvu + earthxve=0 Say you are 60 kg mass and the earth is 6e24kg mass then the earth's velocity is ve=60/6e24 vu = vue-23 . If you jumpwed a meter a second then the earth moves only 10 picopico meters/second. This is very hard to notice, a 10 trillionth trillionth of a meter/second.
As you push against the ground (action) Earth pushes you forward (reaction), you have the same effect on the Earth that the Earth has on you, but since the Earth is much heavier, it does not move as much. The change in momentum is identical, however.
Good question! But difficult to answer. Still more difficult to understand. Most people will not understand the answer. I will try to explain it. When you start the bicycle, you go forward. At the same time earth is pushed backward. (*) Both exerts equal and opposite force. The mass of the earth is too massive. So it can not be noted. When your bicycle stops, it stops due to friction. So this kinetic energy is transmitted to the earth. As a result, the earth is pulled forward. So the kinetic energy is stored in the earth. As I have stated above (*) that the earth is pushed backward. It will be pulled forward to the exact extent to it was pushed backward.When you drop a coin on the earth, it falls down. But that is not the only story. The earth also moves slightly towards the coin. That sounds crazy. Isn't it? But it is a 'fact'. The earth is too massive as compared to the coin. The mass into displacement figure is same for both, earth and coin.
atmosphere
something about pressure i guess lol :)
geosphere
Earth can push and object forward with a reaction force
Yes,because it is reasonable
UV light does interact with earth surface. But only in areas where there is absence of ozone layer.
Group 2 of the periodic table interacts with group 17. Group 17 refers to halogen which are highly reactive. Group 2 refers to alkali earth metals which interacts with halogen well enough.
When UV reaches earth, it interacts with ozone. It both creates and depletes ozone.
Earth can push and object forward with a reaction force
How geosphere interacts with biosphere is that they both protect the earth like the atmosphere is the border around earth that keeps us breathing without that we would die. How they would react is that biosphere and is part of the atmosphere so would they react
Depends on your mass, where you're jumping, etc.
A crustal plate is a rigid layer of the Earth's crust that drifts slowly on the asthenosphere as it interacts with other plates.