(C) The magnetic quantum number $(m_l)$ is related to the orientation of orbitals in space. It determines the preferred spatial orientation of orbital

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(C) The magnetic quantum number $(m_l)$ is related to the orientation of orbitals in space. It determines the preferred spatial orientation of orbitals. It specifies the number of orbitals in a subshell. It also explains the splitting of spectral lines in the presence of magnetic ($Zeeman$ effect) and electric ($Stark$ effect) fields.

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

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The magnetic quantum number is related to:

A
size
B
shape
C
orientation
D
spin

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Structure of Atom

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Quantum number, Electronic configuration and Shape of orbitals

For the $n = 2$ energy level,how many orbitals of all kinds are possible?

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An element has $d^5$ configuration. The total number of electron exchanges possible for it is

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For a single electron system,the following graph is drawn for the radial distribution function $(RDF)$ versus radial distance. The correct statement regarding the graph is:

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Which one of the following is the correct set of four quantum numbers $(n, l, m, s)$?

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For $s-$orbitals,since $\psi$ (orbital) is independent of angles,the probability $(\psi^2)$ is

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The magnetic quantum number is related to:

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For the $n = 2$ energy level,how many orbitals of all kinds are possible?

An element has $d^5$ configuration. The total number of electron exchanges possible for it is

For a single electron system,the following graph is drawn for the radial distribution function $(RDF)$ versus radial distance. The correct statement regarding the graph is:

Which one of the following is the correct set of four quantum numbers $(n, l, m, s)$?

For $s-$orbitals,since $\psi$ (orbital) is independent of angles,the probability $(\psi^2)$ is

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