This is essentially correct. The electrons and protons have equal but opposite charges, and the fundamental law of electrostatics is that opposite charges attract and like charges repel. The positive charge on the nucleus attracts and "holds" the electrons in orbit about the nucleus. It is electromagnetics that holds the electrons in orbit about that nucleus.
Answer2:
The attraction of the positive nucleus attracts the electrons to the nucleus by a centripetal force vp/r where v= Z alpha c. The electrons exeert a centrifugal force cDEL.P = -cp/r cos(P). When the orbit is stable the centripetal force equals the centrifugal force vp/r = cp/r cos(P) and the electrons do not fall into the nucleus.
The balance gives v/c = cos(P), the redshift. This is the result of the Quaternion Energy W = -vh/r + cP, the atom has a scalar energy -vh/r and a vector energy cmV=cP, the Momentum vector energy. The mystery of what holds the electron from falling into the nucleus is the Divergence of the vector energy. Physics has come to grips with the fact that energy is a Quaternion quantity with a vector energy and the Divergence of the vector energy creates the centrifugal force, the cosmological constant force and the Dark Energy.
Yes; electrons have a negative electrical charge.
Because the nucleus draws the electrons into it.
Because there are electrons that counter the effects of the nucleus. Basally the nuclease is + and the electrons are - thereby canceling each other out. The reason why the electrons aren't pulled in by the protons is because electrons are constantly rotating in different patterns and electron wave levels according the the electron wave model.
electrostatic force between the nucleus and the electrons.
As alkali metals increase in size, the distance of the outermost electrons from the nucleus increases. The attraction between the electrons and the nucleus is electrostatic, and it is a fundamental property of electrostatic attractions that the attraction decreases with increasing distance between the attracting charges. Another way of describing this is that the attractive force is partially "screened" by the inner electrons between the outermost electrons and the nucleus.
The nucleus of an atom has a positive electrical charge, the electrons have a negative electrical charge, and the nucleus is thousands of times heavier than the electrons (the exact ratio of weight varies, because although there are always as many protons as electrons, in a neutral atom, the number of neutrons varies).
Electrons are not part of the nucleus, but they orbit the protons there because protons and electrons have opposite electrical charges.
Positive. Negative electrons are not on the nucleus.
Yes; electrons have a negative electrical charge.
The electrons are charged negatively.
Because the outer shells are very close to the nucleus and the number of electrons in the outer shells are between 4-8. Therefore, they are not freed from the nucleus easily rather they look for some more electrons to fill its outer shell which is technically called as covalent bond.
Because the nucleus draws the electrons into it.
They are located in the electron cloud of an atom. ---------- Electrons (very low mass particles with negative electrical charge) are placed around the nucleus of an atom in electron shells, with different energy levels; because the nucleus contain protons the electrical charge is positive. The electron cloud is a model of quantum mechanics.
the force of attraction between then nucleus and the valence electrons is less than that between the nucleus and the core electrons
Nothing. The only part of an atom with negative charge are the electrons.
An electrical charge occurs when the number of protons in a nucleus differs from the number of electrons surrounding that nucleus.
They have different electrical charges.