The maximum no of electron in subshell of an atom is determined by
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4l + 2
total no. of subshell - 2l + 1
max no of electrons in subshell - 2(2l + 1) =4l + 1
total no. of subshell - 2l + 1
max no of electrons in subshell - 2(2l + 1) =4l + 1
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Answer:
There are four types of orbitals including s, p, d and f, and each subshell has definite number of electrons.
Explanation:
The maximum no of an electron in subshell of an atom is determined by the formula of 4l+2.
Where l = number of subshells
Total number of subshells = (2l+1)
Maximum number electron in a subshell =2(2l+1) = 4l+2.
For example: Let's calculate maximum no of an electron in 4 subshell.
maximum no of electron = 4 x 4 + 2
= 18 electrons
Hence, the correct answer is 4l+2.
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