I don't think such a point has a special name. Perhaps you are thinking of the Lagrange points, but that's not exactly the same.
There are 5 such points and they are called the Lagrange points.
The bigger an object's mass is, the bigger its gravitational pull is. Earth's gravitational pull is larger because it has a bigger mass.
Pressure
no they don't
The sun has more mass than earth.
A speeding missile, or any moving object, has momentum. Force was used to cause it to move in the first place. If this object strikes another object, it will then exert a force on the object that it strikes.
I assume you mean, why do they exert gravitational attraction. ANY object with mass, so any object, exerts such a force on ANY other mass.
They exert Gravitational Force on each other. It is a force which is directly proportional to Mass of the object
The one with the greatest mass that is closest to the surface of the Earth.
Answer #1: A gravitational force exists between every two masses. Answer #2: When you hold something in your hand and then let go of it, what usually happens to it ? What does this tell you ? Yes, Earth does exert gravitational force on anything with mass.
Gravity on the moon is one-sixth of that on Earth, so you will exert less force on the moon.
the gravity on the moon is far less than on the earth, which means that the object will exert less force downwards on your arms, meaning it is easily lifted.
opposite and equal force against you.
Because every body no matter how small has mass. We don't notice the gravitational force between the people and things around us because the mass of the earth is so large in comparison.
Its speed, or direction, or both, change. That's called "acceleration".
It has enough weight under Earth-like gravity that one must exert themselves considerably to lift it.
The bigger an object is, the more gravity it has! Earth is much bigger than the moon, therefore it has stronger gravity.
Gravity and mass are intrinsically related. Therefore any object on Earth that has a greater mass than your whole body will exert a greater gravitational pull than your whole body.