(B) The number of angular nodes is given by the azimuthal quantum number $l$. Here,angular nodes $= 1$,so $l = 1$,which corresponds to a $p$-subshell.

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(B) The number of angular nodes is given by the azimuthal quantum number $l$. Here,angular nodes $= 1$,so $l = 1$,which corresponds to a $p$-subshell.The number of radial nodes is given by the formula $n - l - 1$,where $n$ is the principal quantum number.Given radial nodes $= 4$ and $l = 1$,we have $n - 1 - 1 = 4$,which gives $n = 6$.Therefore,the orbital is $6p$ (e.g.,$6p_{z}$).

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

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

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$5p_{y}$
B
$6p_{z}$
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$4d_{xy}$
D
$5d_{yz}$

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Structure of Atom

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Quantum number, Electronic configuration and Shape of orbitals

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The electronic configuration together with the quantum numbers of the last electron for lithium $(Li)$ is:

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The number of given orbitals which have electron density along the axis is $..........$. $p_{x}, p_{y}, p_{z}, d_{xy}, d_{yz}, d_{xz}, d_{z^2}, d_{x^2-y^2}$

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Which set of quantum numbers is not possible from the following?

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What is the difference between the $2s$ orbital of hydrogen and the $2s$ orbital of other multi-electron atoms?

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In $Cu$ (Atomic number $Z = 29$),which of the following statements regarding the electron spin is correct?

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

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The electronic configuration together with the quantum numbers of the last electron for lithium $(Li)$ is:

The number of given orbitals which have electron density along the axis is $..........$. $p_{x}, p_{y}, p_{z}, d_{xy}, d_{yz}, d_{xz}, d_{z^2}, d_{x^2-y^2}$

Which set of quantum numbers is not possible from the following?

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