Consider the reaction Mn3+ (g) + 6 H2O (g) [Mn(H2O)6] (aq). to the complex formed, 10Dq = 250 kJ mol-1. For gaseous Mn3+, P = 300 kJ mol-1, assume that at complex its value is 20% lower. a) For the complex formed, 10Dq = 250 kJ mol-1. For gaseous Mn3+, P = 300 kJ mol-1, suppose that in the complex its value is 20% lower. The ligand is field strong or weak? b) According to CBT, draw a level diagram showing the orbitals of Mn3+ before and after complexation. Make the appropriate distributions electronics.
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