Which of the following series of transition metal ions has a $3d^2$ electronic configuration?

  • A
    $Ti^{4+}, V^{3+}, Cr^{2+}, Mn^{3+}$
  • B
    $Ti^{2+}, V^{3+}, Cr^{4+}, Mn^{5+}$
  • C
    $Ti^{3+}, V^{2+}, Cr^{3+}, Mn^{4+}$
  • D
    $Ti^{+}, V^{4+}, Cr^{6+}, Mn^{7+}$

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Similar Questions

Which element belongs to the $d-$block?

Match the statements given in List-$I$ with the oxidation states given in List-$II$:
List-$I$ List-$II$
$A$. Oxidation state of $Mn$ in $MnO_2$ $i$. $+2$
$B$. Most stable oxidation state of $Mn$ $ii$. $+3$
$C$. Maximum stable oxidation state of $Mn$ in oxides $iii$. $+4$
$D$. Characteristic oxidation state of Lanthanoids $iv$. $+5$
$v$. $+7$

Given below are two statements: one is labelled as Assertion $A$ and the other is labelled as Reason $R$.
Assertion $A$: Generally, $3d$ transition metals have high melting points.
Reason $R$: Involvement of $3d$-electrons in addition to $4s$-electrons in the interatomic metallic bonding.
In light of the above statements, choose the most appropriate answer from the options given below:

Transition metal ions form interstitial compounds because...

Which of the following statements is incorrect for the pair of elements $Zr$ and $Hf$?

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