This is hard to explain, sorry if it is vague for you, but I will try to make it clear.
The way you can find the number of energy shells is by looking at the ROWS of the Periodic Table of Elements.
Go to this website:
http://universe-review.ca/I12-16-periodictable.jpg
Do you see the numbers on the far left side right underneath "Period Number"? Those are the numbers of energy shells!
Generally speaking, the column or "group" usually defines the number of valence electrons an atom has, ignoring the transition metals, lanthanides and actinides. Valence electrons are the electrons available for use in bonding and not in a completed electron shell. The row or "period" really doesn't say much about valence electrons or electrons in general, as you go down the rows the atoms get larger (speaking of atomic weight) and thus have more electrons.
You can find how many electrons are there by looking at the atomic number.
The atomic number of the elements are generally mentioned in the periodic table. The atomic number of an element is same as the number of protons / electrons in a neutral element.
the answer is candy mc12.com
the group number of the periodic table shows the valence electron. such as :- sodium is placed in group 1 and have valence electron.
The number of shells in periodic table increase down the group, i.e., vertically.
As the periodic table is arranged in order of increasing atomic number hydrogen is the first element in the periodic table as it has only one electron.
Find the element's period number on the periodic table.
The quantum number of the highest occupied electron orbital in a Bohr model atom corresponds to the atom's period (row) number in the periodic table.
The Periodic Table is organized by Atomic Number (the number of protons) and the Electron Shell capacity (the number of electrons).
It has 11 electrons total. These are in 3 shells.
They have the same number of electron shells.
the group number of the periodic table shows the valence electron. such as :- sodium is placed in group 1 and have valence electron.
The number of shells in periodic table increase down the group, i.e., vertically.
Indirectly this can be derived from the number of the group in the periodic table.
700,000,00,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,
One valence electron.
Periods in the periodic table represent the number of electron shells necessary to fit all of the electrons. Once you fill the valence shell of an atom, the next electron must go in a new electron shell. This would constitute a new period on the periodic table.
Yes
One valence electron.
The number of period corresponds to the total number of electron rings.