Write down the electronic configuration of:
$(i) Cr^{3+}$
$(ii) Pm^{3+}$
$(iii) Cu^{+}$
$(iv) Ce^{4+}$
$(v) Co^{2+}$
$(vi) Lu^{2+}$
$(vii) Mn^{2+}$
$(viii) Th^{4+}$

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$(i) Cr^{3+}: [Ar]^{18} 3d^{3}$
$(ii) Pm^{3+}: [Xe]^{54} 4f^{4}$
$(iii) Cu^{+}: [Ar]^{18} 3d^{10}$
$(iv) Ce^{4+}: [Xe]^{54}$
$(v) Co^{2+}: [Ar]^{18} 3d^{7}$
$(vi) Lu^{2+}: [Xe]^{54} 4f^{14} 5d^{1}$
$(vii) Mn^{2+}: [Ar]^{18} 3d^{5}$
$(viii) Th^{4+}: [Rn]^{86}$

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Similar Questions

Which of the following elements is $NOT$ regarded as a transition element?

Explain $d$-block elements of the periodic table.

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Choose the correct option containing all elements with $d^{10}$ electronic configuration in their ground state from the following:

Match the column-$I$ with column-$II$.
column-$I$ $(\text{Property})$ column-$II$ $(\text{Metal})$
$i$. An element which can show $+8$ oxidation state $a$. $Mn$
$ii$. $3d$ series element that can show upto $+7$ oxidation state $b$. $Cr$
$iii$. $3d$ series element with highest melting point $c$. $Os$

Assertion: In general,transition metals have high melting points.
Reason: More number of electrons from $(n-1)d$ and $ns$ are involved in interatomic metallic bonding.
The correct option among the following is

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