(C) The principal quantum number $n = 4$ indicates the shell is the $4^{th}$ shell.The azimuthal quantum number $l = 3$ corresponds to the $f$ subshel

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(C) The principal quantum number $n = 4$ indicates the shell is the $4^{th}$ shell.The azimuthal quantum number $l = 3$ corresponds to the $f$ subshell ($l=0$ is $s$,$l=1$ is $p$,$l=2$ is $d$,$l=3$ is $f$).Combining these,the electron occupies the $4f$ subshell.Therefore,the correct option is $C$.

Class 11 Chemistry Structure of Atom Quantum number, Electronic configuration and Shape of orbitals

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The orbital occupied by an electron with quantum numbers $n = 4, l = 3, m = 0$ and $s = -\frac{1}{2}$ is called

A
$1s$ subshell
B
$4d$ orbital
C
$4f$ subshell
D
$3s$ subshell

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Structure of Atom

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Quantum number, Electronic configuration and Shape of orbitals

The maximum probability of finding an electron in the $d_{xy}$ orbital is

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The maximum number of sub-levels, orbitals and electrons in $N$ shell of an atom are respectively

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If $n$ and $l$ represent the principal and azimuthal quantum numbers respectively, the formula used to determine the number of radial nodes possible for a given orbital is:

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Which of the sequences given below shows the correct increasing order of energy?

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The orbital with $4$ radial and $1$ angular nodes is

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The orbital occupied by an electron with quantum numbers $n = 4, l = 3, m = 0$ and $s = -\frac{1}{2}$ is called

Similar Questions

The maximum probability of finding an electron in the $d_{xy}$ orbital is

The maximum number of sub-levels, orbitals and electrons in $N$ shell of an atom are respectively

If $n$ and $l$ represent the principal and azimuthal quantum numbers respectively, the formula used to determine the number of radial nodes possible for a given orbital is:

Which of the sequences given below shows the correct increasing order of energy?

The orbital with $4$ radial and $1$ angular nodes is

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