It acts over very large distances
(Explanation): gravity does NOT depend on charge differences; gravity depends on mass differences. Gravity is the weakest out of the four fundamental forces, so it is actually NOT a very strong attractive force or a dominant force within an atom. Therefore, gravity acts over large distances, which is true; it can be observed even in the vast distance in outer space.
Gravitational force/acceleration applies to an object, not it's mass nor its weight. The object's mass affects the gravitational force though. "Gravitational Force" is related to mass in the equation: F=Gm1m2/(r^2), where m1 is the mass of one object and m2 is the mass of the other. On Earth, the "Gm1/(r^2)" part is often simplified to "g," thus the equation becomes F=mg. F=mg is defined to be weight. g is also called the acceleration due to gravity and has a value of -9.8 m/s^2.
That force is refereed to as the normal forces. it only applies to objects on a solid surface.
50 N upward
50 N upward
Gravity is a force.
NO!!! Gravitational acceleration on Earth is approximately 9.8 ms^-2 . It applies to ALL objects. Force of Gravity ???? Force = mass x acceleration. So the Force is subject to the mass of a given body. This is a mathemticl expression of Newton';s Second Law of Universal Dynamics.
It acts over very large distances
The law of gravity applies to objects (anything with a mass, so including liquids and gases), not to forces.
That force is refereed to as the normal forces. it only applies to objects on a solid surface.
obviously gravity how it fell on his head and he new that there was something called gravity ( how can u not no ) ....looser !
50 N upward
50 N upward
Gravity is a force.
what is the force of gravity on mecury
Gravity is a force but has no mass.
gravity not as a force, but as the curvature of spacetime
NO!!! Gravitational acceleration on Earth is approximately 9.8 ms^-2 . It applies to ALL objects. Force of Gravity ???? Force = mass x acceleration. So the Force is subject to the mass of a given body. This is a mathemticl expression of Newton';s Second Law of Universal Dynamics.
No gravity is the weakest force. The proper order is strong force, Electromagnetic, weak force, then gravity