In our Universe, only baryons experience the strong nuclear force -- leptons don't. As such, baryons are pulled together into a tight configuration we call the nucleus, while leptons aren't.
In addition, electrons are far less massive than baryons. Thus, it is much more difficult for them to stay inside a small area (Heisenburg Uncertainty, if you must know). Thus, an electron just won't stay inside a small area for very long.
In our Universe, the Schroendinger Equation shows that the probability of a ground-state electron being measured as very close to the nucleus is quite small.
The protons are found outside of the neucleus not inside
Protons are located inside the nucleus of an atom. The nucleus is composed of protons and neutrons, which are tightly bound together at the center of the atom. Electrons, which have a negative charge, orbit around the nucleus.
Electrons, protons, and nuetrons. electrons are outside the nucleus, and protons and nuetrons are inside the nucleus.
Neutrons and protons are located inside the nucleus and electrons are located outside.
Protons are particles in the atomic nucleus; electrons move around the nucleus.
They are outside the nucleus. They move around the nucleus.
Protons and Neutrons and on the outside they are Electrons.
No. Electrons are located outside the nucleus. Protons and neutrons are located inside the nucleus.
the electrons are found outside the nucleus. the nucleus contains protons and neutrons
Protons, Neutrons and Electrons Protons: they have a positive charge and they are inside the nucleus Neutrons: they have a neutral charge and they are also inside the nucleus Electrons: They have a negative charge and orbit outside the nucleus within valance rings :)
No, they are directly found outside of the nucleus in the electron cloud.
Bcoz protons r inside nucleus and protons r outside nucleus and properties of element depends upon them.