a the spin only magnetic moment eff of an octahedral mniii complex is 490 bm draw its d electron

Hello students, here in this question part first we have given the magnetic moment that is 4 .90

Hello students, we are given by question in which we have to find the ground state term symbol f

Here we have the spectrochemical series. So, starting with option A. Manganese have a plus 2 oxi

So in this question, we're going to be looking into the spectral chemical series, which arranges

paramagnetism now what is this paramagnetism so atoms with unpaired electrons that we call as pa

Question

a) The spin-only magnetic moment (Î¼eff) of an octahedral Mn(III) complex is 4.90 BM. Draw its d-electron configuration. Show all calculations. b) The complex ion [Ni(CN)4]2- is diamagnetic, whereas [NiCl4]2- is paramagnetic. Use the magnetic behavior of these complexes to determine the geometric structure of each ion. Illustrate your answer with suitable diagrams. c) For the Cr(I) ion, determine the ground state term symbol. Show how the ground state term symbol would split in octahedral symmetry. List the transitions expected for [Cr(en)2(CN)2]1-.

          a) The spin-only magnetic moment (Î¼eff) of an octahedral Mn(III) complex is 4.90 BM. Draw its d-electron configuration. Show all calculations.
b) The complex ion [Ni(CN)4]2- is diamagnetic, whereas [NiCl4]2- is paramagnetic. Use the magnetic behavior of these complexes to determine the geometric structure of each ion. Illustrate your answer with suitable diagrams.
c) For the Cr(I) ion, determine the ground state term symbol. Show how the ground state term symbol would split in octahedral symmetry. List the transitions expected for [Cr(en)2(CN)2]1-.

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