magnetic fields are induced by flowing current or stationary charges, while gravitation fields are induced by bodies of mass as opposed to charge. ok? you got the answer now
for apex its: a quantum field, a gravitational field
Gravitational force field, electric force field, magnetic force field.
Because it is. Gravitational potential energy is energy stored in the gravitational field, electrical potential energy is energy stored in the electric field, magnetic potential energy is stored in the magnetic field, etc.
Jupiter. I mean it has the strongest gravitational field. It has the greatest magnetic field as well.
because huge asteroids get pulled into Saturn's gravitational field
Contact forces must be touching whatever they are acting on the others have a field of influence around them; ie they don't have to touch to act on something
the magnet field is the strongest well the summer solstic when the suns gravitational pull is the strongest
No, the gravitational field keeps us in orbit around the sun. The earths magnetic field provides us with some protection from charged particles from the sun.
No, it doesn't.
Newtonian gravitational field and an electric field. If it were moving then it would feel a magnetic field.
Venus has a small magnetic field created by the interaction of its ionosphere and the solar wind. This is different from most of the intrinsic planetary magnetic fields (those generated by planetary cores) that are commonly spoken about. Venus either lacks an intrinsic magnetic field or it has one that is in the midst of a polarity reversal.
Force field refers to the lines of force one object exerts on another object or a collection of other objects. Note that force fields does not exist in reality, but are really a construct that allows scientists to visualize the effects of objects on other objects; in other words, it makes the math easy. Examples of force fields: Newtonian gravitational field, global Gravitational field, A conservative Electric field, A static Magnetic field. A magnetic field is a field that permeates space and which exerts a magnetic force on moving electric charges and magnetic dipoles.