(C) The atomic number of $Ti$ (Titanium) is $22$. The electronic configuration of $Ti$ is $[Ar] 3d^2 4s^2$. In the $+3$ oxidation state,$Ti$ loses thr

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(C) The atomic number of $Ti$ (Titanium) is $22$. The electronic configuration of $Ti$ is $[Ar] 3d^2 4s^2$. In the $+3$ oxidation state,$Ti$ loses three electrons (two from $4s$ and one from $3d$). The electronic configuration of $Ti^{3+}$ is $[Ar] 3d^1$. Since there is only one electron in the $3d$ orbital,the number of unpaired electrons is $1$.

Class 12 Chemistry d-and f-Block Elements General Characteristics

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What is the number of unpaired electrons in $Ti$ in $+3$ state?

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A
$4$
B
$3$
C
$1$
D
$2$

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What is the number of unpaired electrons in $Ti$ in $+3$ state?

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Which of the following electronic configurations would be associated with the highest magnetic moment?

In the electronic configuration of which of the given elements,$Aufbau$ principle or $(n+l)$ rule is violated?

The stability of a particular oxidation state of a metal in an aqueous solution can be determined by:

In the periodic table,metals usually used as catalysts belong to:

Which of the following has the maximum number of unpaired electrons?(Atomic numbers: $Fe=26, Co=27, Mn=25, Cr=24$)

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Which of the following has the maximum number of unpaired electrons?
(Atomic numbers: $Fe=26, Co=27, Mn=25, Cr=24$)