Using a group theory approach and the CO bond vectors as your basis determine if MnCl(CO)5 is IR-active
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Q: Using a group theory approach and the CO bond vectors as your basis determine if Cr(CO)6 is…
A: The point group for the given molecule is Oh and the character table for this point group is shown…
Q: Use the angular overlap method to calculate the metal d-orbital energies for trans-[Cr(NH4);Cl2]*.
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Q: Q3 a) Calculate the CFSE for the following ions in an octahedral field: Cr2*, Co2*, Mn²+ and Zn²+ ?…
A: CFSE = Crystal Field Stabilization Energy All given metals belongs to 3-d period d orbitals energy…
Q: Calculate the Ligand-field stabilization energies (LFSE) for tetrahedral compounds which contain the…
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Q: Q2 a) Calculate the CFSE for the following ions in an octahedral field: Cr2*, Co2*, Mn²+ and Zn²+ ?…
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Q: Draw the hybridization for the metal centre of the complex below. You need to determine the geometry…
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Q: Draw the hybridization for the metal centre of the complex below. You need to determine the geometry…
A: Geometry of (Rh(me)(pph3)) is square planar with hybridisation dsp2.
Q: 2.Why does K4[NiBr6] behave as a simple Curie paramagnet , but K2 [NiBr4] exhibit complex…
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Q: Draw the hybridization for the metal centre of the complex below. You need to determine the geometry…
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Q: Consider the d' electron configuration of a free ion: a) Calculate the spin multiplicity
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Q: The ligand-field strength also depends on the identity of the central ion, the order being Mn2+ <…
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Q: Using HSAB principle, explain why a large interhalogen species can be stabilized by a large counter…
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Q: Which is the strongest reductant: Al, Cu, I-, Al3+, Cu2+, or I2? Explain.
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Q: Q6 The two complexes [NiCl4]2 and [PtCl4]² are paramagnetic tetrahedral and diamagnetic square…
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Q: Draw the orbital splitting diagram for the complex: [Rh(en)3]3+. Rh° : [Kr] 5s²4d7
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Q: how can I explain the complex trans – [CoBr2(en)2] by valence bond theory
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Q: Which of the following orders is correct for Tolman cone angles for PR3 ligands? а. РМез > РET3 b.…
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Q: Draw and fill the molecular orbitals for CO (assume weak sp interactions).
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Q: Draw and fill the molecular orbitals for CO (assume weak sp interactions).
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Q: For the complex [V(H2O)6]2+, the spectroscopic term of the ground state is: Select one: a. 3P b.…
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Q: [Ni (NH3) 6] C12 Explain the hybridization, geometry and magnetic property of the complex structure.
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Q: [Rh(en)3]^3+, Rh^0: [Kr] 5s24d7 Illustrate the orbital splitting diagram for the complex.
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Q: draw structures of the following cations and determine their point groups: 1.…
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Q: Determine the metal–metal bond order consistent with the 18-electron rule for the following: a.…
A: Metal-metal bonds = (18n - VE)/2 Where, n = total number of metal atom in complex VE = total…
Q: NiCl4]2- and Ni(CO)4 have sp3 or dsp2 hybridization? Explain. What type of hybridization is shown by…
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Q: Determine the point groups of the following unit cells: a. Face-centered cubic b. Body-centered…
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Q: 8. Please draw the structures of the following cations and determine their point groups: a.…
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Q: CI..... Cu ***...- Cl Consider the square base pyramidal [CuCls] complex. Using the provided…
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Q: Select the metal centre with d2sp3 hybridization. a.[Rh(acac)3] b.[RuMe2(bpy)2] c.[RhCl3(PMe3)]…
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Q: 1. Explain why both cis and trans isomers are possible for [Co(NH3)2(C;O4)2] but only the cis isomer…
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Q: For the complex [Pt(NH3)2(H2O)2](NO3)2 draw the d-orbital splitting diagram for platinum (high spin…
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Q: Predict the magnetic properties and determine the spin-only moment for the following: [Mn(H2O)6]2+…
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Q: Illustrate all possible stereoisomer geometries for the coordination compound, K[Cr(C2O4)2(H2O)e].
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