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GOD ENTITY
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Can the nucleus of an atom have an overall “neutral charge” if there happens to be more neutrons in the nucleus than protons?
GOD ENTITY said:Can the nucleus of an atom have an overall “neutral charge” if there happens to be more neutrons in the nucleus than protons?
GOD ENTITY said:what i mean is even though the neutron inside the nuclues of an atom is said to have no charge, it is still energy nontheless. Its not like it doesn't have any affect on the environment.
so considering that it is still a energy just a like proton i am defining that energy that it gives off as "neutral."
A nucleus with 10 protons and 5 neutrons will interact in the same way, with an electron for example, as a nucleus with 10 protons and 10 neutrons, when you consider the EM-interaction. Only the amount of charge being present determines the strength of the EM-interaction. in QED, electric charge is the coupling constant of this interaction, so...WHAT IS YOUR POINT ?but that seems inconsistent because it makes it seem as if there is no difference between a nucleus with more protons than nuetrons and vice versa. Thats basically my jist.
Yes, the overall charge of an atom's nucleus is always positive. This is because the nucleus contains positively charged protons and neutral (or nearly neutral) neutrons, but no negatively charged particles.
No, the nucleus of an atom cannot have a negative charge. As mentioned before, the nucleus only contains positively charged protons and neutral or nearly neutral neutrons.
The nucleus of an atom can have a neutral charge in two ways. First, if the number of protons and neutrons are equal, the positive and negative charges will cancel out, resulting in an overall neutral charge. Second, if the number of protons and neutrons are not equal, but the overall charge of the atom is neutral, it means that there are equal amounts of positive and negative charges outside of the nucleus, balancing out the positive charge of the nucleus.
Yes, the overall charge of an atom's nucleus can change. This can happen through nuclear reactions, where particles are added or removed from the nucleus, changing its overall charge.
The charge of an atom's nucleus is important because it determines the chemical properties of an element. The number of protons in the nucleus (also known as the atomic number) determines the element's identity, while the overall charge of the nucleus and the number of electrons determine the element's reactivity and ability to form chemical bonds.