Every element has its own unique atomic number. The atomic number tells how many protons are in 1 atom of that element. Since no 2 elements have the same same atomic number, no 2 elements have the same number of protons. Basically, the atomic # is the same as the # of protons. For example: Aluminum= ''Al'' has an atomic # of 13, so it has 13 protons.
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The number of protons that an atom has is the same as the atomic number of the element. It is also the same as the number of electrons if the atom is neutral. If you are given the mass number of the atom, then subtract the number of neutrons and you will be left with protons.
The number of protons in an atom is equal to its atomic number, which is found on the Periodic Table. Each element has a distinct number of protons that determine its identity.
The number of protons in any atom is equivalent to its atomic number. This can be found in any periodic table.
You can figure this out by either looking at the atomic number for that atom or to look at the amount of electrons the atom has. Both numbers should be the same.
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A neutral nitrogen atom has 7 protons. This is because nitrogen has an atomic number of 7 and each atom has the same number of protons as its atomic number. Therefore a neutral nitrogen atom would have 7 protons.
If an atom has a balanced charge, it means that the number of protons equals the number of electrons. So, you would expect to find the same number of protons as the atomic number of the element.
If you know how many protons the atom has, then that can tell you what element from the periodic table is classifying the atom.
A sodium atom has 11 protons.
There are 9 protons in the element fluorine.