It is a linear force towards two centers of gravity: you and the earth. While the earth exerts a strong gravitational pull on you, you exert a gravitational force upon the earth, although it a much lesser force since you have far less mass than the earth. To go even further, the magnitude of the sum of forces would be 9.81m/s2 plus your body's gravitational acceleration, whatever that number may be. So let's say that the gravitational force that you exert is 0.001 m/s2, then the total magnitude would be 9.82m/s2. This was answered with credible source
Old Answer: It`s NOT your face ser.
The earth's gravitational force is acting in every direction, as are the gravitational forces of all masses in the unvierse. It acts over all distances in the universe, but because most things are so far away (and the gravitational constant so small), it is mostly too small to notice.
It always points toward the center of the earth. That is why things anywhere on the surface of the earth fall "downward." In fact, by definition, "down" is the direction that things fall in. Therefore, something falling "down" on one side of the equator is actually falling the opposite direction than something falling "down" on the opposite side of the equator, if you look at the earth from a space ship-type frame, but they're falling with the gravitational force so they are still both falling "down" on earth.
the gravitational force pushes us down towards the earth.
Gravitation acts everywhere including a vacuum, which is what outer space is. The attraction between two bodies of masses M1 and M2, a distance L apart, is proportional to (M1 x M2)/L2. This is Newton's Law Of Gravitation
Yes. According to Newton's Second Law, there has to be an unbalanced force - otherwise, the satellite won't accelerate (in this case, change direction).
There are about four forces that act on a lifting off spacecraft . The four forces are the thrust force, the weight of the spacecraft, the drag and the lift force.
The forces due to gravity act along the line between the centers of two masses. That means that the Earth is attracted toward your center of mass, and you are attracted toward the center of the Earth, both with equal force. We typically refer to that direction as "down".
Centripetal force makes a satellite orbit a body.
The kinetic energy will be decrease because when the body thrown in upward direction the gravitation force will be act in opposite direction which reduce the velocity.so the velocity will decrease.
Normal force can act on an object
Force(s) that act in the same direction
Those include electrical forces, magnetic forces, and gravitation.
If many forces act in the same direction on an object, then the net force is their sum.
That depends on the direction of the forces. If the two forces act in the same direction, the resultant force will be doubled and if the two forces act in the oppsite direction, the resultant force will be null or zero.
Up
radially inward
The act of gravitating., That species of attraction or force by which all bodies or particles of matter in the universe tend toward each other; called also attraction of gravitation, universal gravitation, and universal gravity. See Attraction, and Weight.
It changes the direction of the input force only
In the direction opposite to that of the sliding body.
forces in the same direction can be added to give us the resultant force and opposite force will subtracted to get resultant force