Nothing,Dolton did not know about Protons,neutrons and electrons
Neutron stars are made almost entirely of neutrons. These neutrons are formed when the star implodes, causing the orbiting electrons of the atoms to interact with the protons in the nucleus. So, it is safe to say that neutron stars contain no electron.
The atomic number of Cadmium is 48, which is to say, it has 48 protons.
neutral : apex :0)
All we can say is that it is the nature of electrons to carry a negative charge, and for protons to carry a positive charge. The intrinsic cause of these charges is still not yet understood, and awaits the further development of sub-atomic physics models.
its difficult to talk about size, when talking about such particles. Maybe someone will correct me, but my understanding is that electrons and protons have no size: we say they are point particles. They have a probability wave which shows where they are likely to appear, but I don't think they actually have a volume as, in the same way, a swimming pool or a car would have. We can estimate the size of a nucleus, which consists of neutrons and protons, then divide that volume by the total number of nucleons, which would probably give a value of 10^-15m, but can you actually say that a free floating neutron has a volume? I don't know. Electrons certainly dont. We say they are point charges.
The numbers of protons and of electrons in a neutral object are the same.
The number 79 means that there are 79 protons in the nucleus of an atom of gold. It is the number of protons/electrons in that atom (I say protons/electrons because there are an equal amount of both; i.e. 79 protons 79 electrons)
i will say 18 neutrons and electrons
Electrons orbits around the nucleus, which have neutrons and protons. When there is an imbalance of protons and electrons, it creates a static electricity. What I am trying to say is, nothing really special happens.
Protons are positively charged. Neutrons are neutrally charged. Electrons are negatively charged. Therefore if an atom is positively charged, it could have any amount of protons or neutrons, one does not need to be more than the other. However we can say it will definitely have more protons than electrons.
positive!(: more protons = positive more electrons = negative say an atom has 2 more protons than electrons, it has a charge of 2+ if it had 3 more electrons than protons, it has a charge of 3- if electrons are taken away, what will the charge be? answer: positive, because there are less electrons same works vice versa. hope i helped! source: 8th grade science class(:
I would say 6 because C-12 has 6 protons, and the number of protons is equal to the number of electrons. This is a rare exception when the protons, neutrons, and electrons are all the same number-6.
hey. What's up
When we consider charged particles, we are only concerned with protons and electrons. Neutrons have no charge, so they don't contribute to a positive or negative charge. Protons have a positive charge and electrons have a negative charge. They are both equally positive and negative, that is to say one proton cancels out the charge of one electron. So as long as there are equal numbers of protons and electrons, the particle will be neutral. If there are six protons, then there needs to be six electrons in order to be neutral.
If the number of protons and electrons in an object are not equal, it will have a net charge and become an ion. If there are more protons than electrons, the object will have a positive charge; if there are more electrons, it will have a negative charge. This imbalance in charge can lead to interactions with other charged objects.
i would say protons,nuetrons, and electrons
Atoms are made of protons, neutrons and electrons. In many science classes, we say that the protons, neutrons and electrons are the building blocks of atoms. If you want to go further, both protons and neutrons are made of up quarks and down quarks. (Protons and neutrons are composite particles.) Note that electrons cannot, as far as we know, be split into anything smaller. In that light, you could say "up quarks, down quarks and electrons make up atoms".