The Earth's gravitation.
Some effects of the gravitational force exerted by Earth include keeping objects on the surface of the Earth, causing ocean tides, and influencing the motion of celestial bodies like the Moon and satellites.
Your weight, caused by the effect of gravity.
1. Gravity - it keeps objects from getting away from Earth into space. 2. Friction - in most places there's friction which keeps objects from sliding all over Earth.
gravity because gravity is dependant on mass and not on charge like an electric field
Yes. the mutually attracting forces of gravity hold the moon and earth together and cause the earth's tidal forces.
Tidal forces cause the moon to be in a 1 to 1 resonance with the earth.
gravity is what keeps the earth in orbit around the sun the gravitational pull exerted by the sun causes the earth to remain at a relatively stable distancefrom the sun
That force is called gravity. It is what gives weight to objects and keeps them grounded on the Earth's surface.
Some effects of the gravitational force exerted by Earth include keeping objects on the surface of the Earth, causing ocean tides, and influencing the motion of celestial bodies like the Moon and satellites.
No one does. The gravitational forces between it and the Earth are responsible for maintaining the orbit.
Your weight, caused by the effect of gravity.
The force of gravity keeps the Earth (and all the other planets) orbiting the Sun.
1. Gravity - it keeps objects from getting away from Earth into space. 2. Friction - in most places there's friction which keeps objects from sliding all over Earth.
The mutual forces of gravitational attraction between each pair of bodies.
Gravitational force is a natural force of attraction exerted by one object on another object. It is responsible for the force that keeps planets in orbit around the sun and objects on Earth from floating out into space.
gravity because gravity is dependant on mass and not on charge like an electric field
When something floats, the buoyant force (upward force exerted by a fluid that opposes the weight of an immersed object) is equal to the weight of the object. This balance of forces allows the object to stay afloat without sinking or rising.