Calculate the magnetic moment of a divalent ion in aqueous solution if its atomic number is $25$

Vedclass pdf generator app on play store
Vedclass iOS app on app store

With atomic number $25$ , the divalent ion in aqueous solution will have $d^{5}$ configuration (five unpaired electrons). The magnetic moment, $\mu$ is

$\mu=\sqrt{5(5+2)}=5.92 \,BM$

Similar Questions

Stainless steel contains ........... $\%$ $Cr$

The highest magnetic moment is shown by the transition metal ion with the outer electronic configuration

The number of hydrogen bonded water molecule(s) associated with $CuSO_4\cdot 5H_2O$ is

  • [NEET 2019]

Highest $(+7) $ oxidation state is shown by

  • [AIPMT 1994]

Which of the following pairs involves isoelectronic ions