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1. Draw the orbital overlap that would occur for the bonding interaction of NO and NO* with a metal, respectively. Label the specific metal and ligand orbitals used in each case. (Hint: Consider how the AO/MO orbital symmetry would overlap). Based on the number of electron domains on the nitrogen atom in each case, NO and NO*, what is the VSEPR molecular geometry of the M-NO bond? ALSO, indicate the approximate M-N-O bond angles. M-NO M-NO Geometry: 2. Draw and label the frontier orbitals of an octakedral M(NO)6 complex for the neutral NO and cationic NO* ligands. Make sure to include orbital symmetry label information (g. u, nb, *). Which complex do you expect to have a larger 4.? Please justify your answer. M-NO M-NO 3. Please calculate the number of electrons in both the axidized and reduced [Cu(phen)2]" complexe using the ionic method. [Cu(phen) [Cu(phen)2

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