Electrons have a mass, so gravity affects them just as it would as anything else. In the search for a unified theory of physics, a better link may be established, but at the moment, that's all we know.
not particularly, essentially the effect of gravity depends on its mass and your distance from it
Relativity is a theory of gravity, and gravity governs the motion of planets. This is your answer in a nutshell. If you want a detailed answer, then I suggest you start studying general theory.
the gravity on venus is about 90.4% of earths
I suppose that a relation doesn't exist.
The Sun's gravity, at its surface, is about 28 times Earth's surface gravity.
Gravity is least involved in the process of electromagnetic interactions, which are interactions between charged particles like electrons and protons. These interactions are governed by the electromagnetic force, not gravity.
"Relative gravity" is used more or less as a synonym for density; it bears no direct relation with "gravity" as such. So, you would have to specify, "specific gravity [or density] of what substance"."Relative gravity" is used more or less as a synonym for density; it bears no direct relation with "gravity" as such. So, you would have to specify, "specific gravity [or density] of what substance"."Relative gravity" is used more or less as a synonym for density; it bears no direct relation with "gravity" as such. So, you would have to specify, "specific gravity [or density] of what substance"."Relative gravity" is used more or less as a synonym for density; it bears no direct relation with "gravity" as such. So, you would have to specify, "specific gravity [or density] of what substance".
There is no significant attraction between neutrons and electrons. Neither the electric force nor the strong nuclear force applies between them. There is an insignificant attraction due to gravity -- the gravity force between an electron one angstrom from a neutron is weaker than the electric force between that same electron and a proton a billion trillion kilometers away.
Electrons are affected by gravity in the same way as any other object with mass. Gravity causes electrons to be pulled towards the center of the Earth, just like it does with all other objects. However, the effect of gravity on electrons is very small compared to other forces that act on them, such as electromagnetic forces.
Both electrons and neutrons have (rest) mass, thus the are affected by gravity and produce a gravitational attraction.
In metals electrons are delocalized and in a permanent movement, as a gas.
difference between relation sehema and relation instance in dbms