- 2 Marks B Provide The Number Of Valence Electrons Coordination Number Oxidation State And Dn Configuration For Comp 1 (19.48 KiB) Viewed 10 times
- 2 Marks B Provide The Number Of Valence Electrons Coordination Number Oxidation State And Dn Configuration For Comp 2 (19.48 KiB) Viewed 10 times
- 2 Marks B Provide The Number Of Valence Electrons Coordination Number Oxidation State And Dn Configuration For Comp 3 (17.6 KiB) Viewed 10 times
- 2 Marks B Provide The Number Of Valence Electrons Coordination Number Oxidation State And Dn Configuration For Comp 4 (17.6 KiB) Viewed 10 times
- 2 Marks B Provide The Number Of Valence Electrons Coordination Number Oxidation State And Dn Configuration For Comp 5 (47.87 KiB) Viewed 10 times
[2 marks] b. Provide the number of valence electrons, coordination number, oxidation state and dn-configuration for complexes 1-5. Hint: assume CN is an X- type ligand
[2 marks] b. Provide the number of valence electrons, coordination number, oxidation state and dr-configuration for complexes 1-5. Hint: assume CN is an X- type ligand
Hydrocyanation involves the addition of HCN to an alkene to form a new C-C bond and introduce new functionality into the compound. A proposed mechanism for the hydrocyanation of ethene to form propionitrile is shown below. 1 Et-CN R3PNI Ni— HCN RP E A 2. MT R3P..... Ni-H R3P 5 R3P... NIPR3 Et CN CN B D PR3 PR3 R3P.. R3PI... Ni-H Et CN 4 C CN 3