(D) When an atom is placed in a magnetic field,the orientation of orbitals relative to the magnetic field is determined by the magnetic quantum number

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(D) When an atom is placed in a magnetic field,the orientation of orbitals relative to the magnetic field is determined by the magnetic quantum number $m$. For a given azimuthal quantum number $l$,there are $(2l + 1)$ possible values of $m$,which correspond to the different spatial orientations of the orbitals. Therefore,both the orientation of orbitals relative to the magnetic field and the existence of $(2l + 1)$ values of $m$ are correct consequences.

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

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When an atom is placed in a magnetic field,then due to the presence of electrons in it:

A
the orbitals do not orient themselves relative to the magnetic field.
B
the orbitals orient themselves relative to the magnetic field.
C
there are $(2l + 1)$ different values of $m$ for each value of $l$.
D
Both $(b)$ and $(c)$.

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Structure of Atom

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Quantum number, Electronic configuration and Shape of orbitals

For an atom with atomic number $Z = 25$,determine the total number of $s$ electrons present.

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Consider the ground state of $Cr$ $(Z = 24)$. The numbers of electrons with the azimuthal quantum numbers,$l = 1$ and $l = 2$ are,respectively:

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Match List-$I$ with List-$II$.

List-$I$ (Quantum Number) List-$II$ (Information provided)

$A$. $m_l$ $I$. Shape of orbital

$B$. $m_s$ $II$. Size of orbital

$C$. $l$ $III$. Orientation of orbital

$D$. $n$ $IV$. Orientation of spin of electron

Choose the correct answer from the options given below:

List-$I$ (Quantum Number)	List-$II$ (Information provided)
$A$. $m_l$	$I$. Shape of orbital
$B$. $m_s$	$II$. Size of orbital
$C$. $l$	$III$. Orientation of orbital
$D$. $n$	$IV$. Orientation of spin of electron

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Two electrons $A$ and $B$ in an atom have the following set of quantum numbers:
$A: n=3, l=2, m_l=-2, m_s=+1/2$
$B: n=3, l=0, m_l=0, m_s=+1/2$
What is true for $A$ and $B$?

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The quantum number which specifies the location of an electron as well as energy is

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When an atom is placed in a magnetic field,then due to the presence of electrons in it:

Similar Questions

For an atom with atomic number $Z = 25$,determine the total number of $s$ electrons present.

Consider the ground state of $Cr$ $(Z = 24)$. The numbers of electrons with the azimuthal quantum numbers,$l = 1$ and $l = 2$ are,respectively:

Match List-$I$ with List-$II$. List-$I$ (Quantum Number) List-$II$ (Information provided) $A$. $m_l$ $I$. Shape of orbital $B$. $m_s$ $II$. Size of orbital $C$. $l$ $III$. Orientation of orbital $D$. $n$ $IV$. Orientation of spin of electron Choose the correct answer from the options given below:

Two electrons $A$ and $B$ in an atom have the following set of quantum numbers:$A: n=3, l=2, m_l=-2, m_s=+1/2$$B: n=3, l=0, m_l=0, m_s=+1/2$What is true for $A$ and $B$?

The quantum number which specifies the location of an electron as well as energy is

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Two electrons $A$ and $B$ in an atom have the following set of quantum numbers:
$A: n=3, l=2, m_l=-2, m_s=+1/2$
$B: n=3, l=0, m_l=0, m_s=+1/2$
What is true for $A$ and $B$?