Question

What is the Bohr model for neon ?

Answer 1

Hint: For solving the given problem, the detailed version and information of the Bohr model should be known.
Bohr's model of an atom is applicable for hydrogen-like ions only.
It considers the orbit of an electron to be circular which is certain permitted orbits.
In these orbits, electrons do not radiate energy and have an angular momentum of $ \dfrac{ h }{ 2 \pi } $.

Complete step by step solution:
Step-1 :
We know that Bohr’s model is for hydrogen-like ions only. So, first we can convert Neon into a hydrogen-like species.
They have shells with a limited number of electrons allowed with principal quantum numbers.
Step-2 :
Neon contains $ 10 $ electrons because of its atomic number being $ 10 $ .
The shells start from near the nuclear and go outwards as K, L, M, N and so on.
The K shell can contain a maximum of $2 $ electrons and L can contain $ 8 $ electrons.
Step-3 :
So, filling the electrons of Neon in the shell, we get $ 2 $ shells completely filled.

Additional Information:
The shells have a series of energy levels and are at a progressively greater distance from the nucleus.
The M shell contains $ 18 $ electrons and the N shell also has a maximum capacity of $ 18 $ electrons.

Note:
While making the Bohr’s model for any element, the atomic number should be remembered correctly because it tells us the number of protons and electrons to be filled in the shells.