Question

what is the maximum number of electrons that can be accommodated in a Cell write the formula​

Answer 1

the maximum no

of electron that accomoded is 8 and formula for finding is

2n²

where n is shell

for example

for shell 1

2n²

2(1)²=2

for she'll 2nd

2n²

2(2)²=4

Answer 2

The outermost shell of an atom can accommodate 8 electrons.

Explanation:

• The maximum number of electrons present in a shell has the formula  is given by $2n^{2}$.
• Thus, there can be 2 × $1^{2}$ = 2 electrons in the first orbit (n = 1, known as the K shell), 2 in the second orbit (n = 2, known as the L shell). There can be 2 × $2^{2}$ = 8 electrons.
• The Bohr–Bury scheme describes the arrangement of electrons and the number of electrons that can be accommodated in a shell or orbital.
• Each can expand the electrons to be accommodated in the shell.
• Scientists Bohr and Bury introduced this scheme in 1921 to find the electronic configuration of atoms, that is, the number of electrons in their orbitals.
• This scheme is known as Bohr-Bury scheme.