Difficult
The value of the azimuthal quantum number $(l)$ for a dumbbell-shaped orbital is ....
- A$0$
- B$1$
- C$2$
- D$3$
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Which of the following electronic configurations is incorrect?
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View SolutionThe orbital angular momentum of an electron in an $s$ orbital is:
DifficultIIT 1996
View SolutionIn $Sr$ $(Z=38)$, the number of electrons with $l=0$ is $x$, and the number of electrons with $l=2$ is $y$. The value of $(x-y)$ is equal to:
($l=$ Azimuthal quantum number)
($l=$ Azimuthal quantum number)
$\Psi_{310}$ has
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View SolutionThe total maximum number of electrons possible in $3d$,$6d$,$5s$,and $4f$ orbitals with $m_l$ (magnetic quantum number) value $-2$ is
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