Nickel is number 28 in period 4 of the Periodic Table, so if you mean 'electron (main) shells for 'rings' then the answer is four: K (1s2), L (1s22p6), M (3s23p63d8), N (4s2), the third M is not yet completely filled up -still two to go in 3d(max 10) - which is normal for the 3d-block transition elements.
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Nitrogen is a non metal element. Atomic mass number of it is 14.
The atomic number of nitrogen is 7. When it is a radioactive isotope you add the number of neutrons to the atomic number (equaling 15). You then write 15 over 7 next to a capital 'N' representing Nitrogen.
Nitrogen bases are made up of hydrogen bonds, phosphate, and sugar
Nitrogen 14 is by far the most abundant isotope (99.63% abundant).An easy way to figure out which one is the most abundant is to look at the periodic table. The mass on the periodic table is the weighted average of all possible isotopes. The atomic mass of nitrogen is 14.00674. You can gather from this that the most abundant isotope is N-14, since the number is VERY close to 14.It is also possible to guess the most common isotope if you do not have access to a periodic table. Nitrogen has 7 protons and the most stable isotope is Nitrogen 14, which has 7 neutrons in addition to the protons. In virtually all elements, the stable isotopes are those that have the same or very similar number of neutrons as the number of protons in the nucleus. This works for Carbon which has 6 protons and 6 neutrons in the nucleus for Carbon 12, the most common isotope.This is also true for Oxygen 16 (8P and 8N), Silicon 28 (14P and 14N), and just about any element you choose.An isotope of nitrogen containing seven neutrons would be nitrogen - 15.
Nitrogen-15 is an isotope of nitrogen, which means it has a different number of neutrons (in this case, 1 extra), but it is still nitrogen, so its atomic number is still 7. This reflects the number of protons, which establishes an element's identity.
Seven.
This question is impossible to answer properly without knowing either how many protons there are or how many neutrons there are or how many electrons there are along with the charge. However it is most likely nitrogen, because Nitrogen's most common isotope is 14.
Nitrogen-15 would have 8 neutrons, while nitrogen-9 (if it existed) would only have 2.
You would need to know how many protons and neutrons are in the nucleus of a particular isotope of nitrogen. The number of protons, which is its atomic number, will always be the same, no matter which isotope is given, but the number of neutrons differs with different isotopes. For example, one isotope of nitrogen has 7 neutrons. To determine its mass number, find nitrogen on the periodic table, and you will see that its atomic number is 7. So this isotope of nitrogen has 7 protons. Now, add the 7 neutrons to the 7 protons, and you get a mass number of 14 for this isotope of nitrogen, which is called nitrogen-14. (Isotopes are named by their mass numbers.) Another isotope of nitrogen has 8 neutrons. Add the 8 neutrons to the 7 protons (atomic number), and you get a mass number of 15 for this isotope of nitrogen, called nitrogen-15.
Number of neutrons = Atomic mass of an isotope - Atomic number of the element For the most important natural stable isotope of nitrogen - 14N - the number of neutrons is 7.
The most abundant isotope has 7 each.
N-14 is the most common isotope of nitrogen atom and it has 7 protons, 7 neutrons
Nitrogen (the isotope 14N) has 7 neutrons.
Neutral atom. An atom of nitrogen will also be an isotope of nitrogen.
an isotope of nitrogen will be formed with two neutrons less compared to the starting isotope
Nickel has 28 electrons and protons; the number of neutrons is specific for each isotope. Number of neutrons in a nickel isotope = Mass number -28
Two more neutrons