does gravity effect electrons?

Answer 1

The gravitational force is way weaker than the forces that involve electrons. The repulsive force between electrons can be seen if you do this experiment: jump off a tall building. It will take gravity a few seconds to get you moving at a good clip, but the repulsive forces between the electrons in your body and those in the concrete below will stop you in a tiny fraction of a second.

Answer 2

The force of gravity depends upon the masses of the objects. Electrons and atomic particles have such small masses gravity has a negligible effect on their behavior under ordinary conditions. Electromagnetic forces and quantum mechanics determine the behavior of atomic and subatomic particles.

Answer 3

yes but the absolute force is very small because the mass is very small. Also electrons when removed from atoms tend to be very energised. Lightning is a good example.

Electrons have a mass of 9.11 × 10−31 kg (wiki)
electron mass

Value 9.109 3826 x 10-31 kg

Standard uncertainty 0.000 0016 x 10-31 kg

Relative standard uncertainty 1.7 x 10-7

Concise form 9.109 3826(16) x 10-31 kg

Answer 4

Yes, if it didn't they'd be flying out of black holes. The reason the don't all fall to the floor is that they would if only gravity was affecting them, but they act more like a gas due to other more significant forces, mainly electrical attraction or repulsion.

Answer 5

Yes, gravity is affecting everything in the universe. This is based on Einstein theory of relativity. Gravity affect all the fields, elementary particles, time and space.

Answer 6

Yes

Answer 7

Electon has mass and hence it is affected by gravity.

The force of attraction between two electrons situated one milli meter away is 6 x10^(-65) newton.

Answer 8

gravity effect everything period.

Answer 9

Yes, of course .. gravity affects all matter ( it effects it too ).

Thanks for your intellegent question.
Jonnie

Answer 10

It must. I've got gazillions of them lying all over my floor.