Question 2 1. Complete the table: Formula [Ni(CO)4] Mn(CO)3(CN)2]2+ rans-[Ru(H2O)₂Cl₂]²+ [W(NH3)2(OH)2C12]² trans-[RhBr₂(en)₂]* Structure Oxidation State Charge of d electron of Metal Complex count

How would you draw the isomer structure(s) for [Cr(en)2BrCl] 1+

Consider the reactions 1. [Cr(H2O)6]** + [C©CI(NH3)s]* → [Co(NH3)s(H2O)]²* + [CrCl(H2O)s]** 2. [Fe(CN)6]* + [Mo(CN)s]-→ [Fe(CN)6]³¯ + [Mo(CN)8]* Which one of the following is the correct statement? (i) Both involve an inner sphere mechanism (ii) Both involve an outer sphere mechanism (iii) Reaction 1 follows inner sphere and reaction 2 follows outer sphere mechanism (iv) Reaction 1 follows outer sphere and reaction 2 follows inner sphere mechanism (A) i (B) ii (C) iv (D) ii

Make the structure based on the Blomstrand-Jorgensen theory and calculate the effective atomic number (NAE) and explain the function of the NAE! a) Ca2[Fe(CN)6] b) K2[CrCO(CN)s] c) [Ru(NH3)s(NO2)]Ci

What are the oxidation numbers of the following underlined elements?- [Rh(NH3)5Cl](NO3)2- [Ni(CN)5]3-- K3[V(C2O4)3]- Na2[CrBr4]

Indicate the Geometry, total number of "d" and number of unpaired "d" electrons in each of the complex ions shown below. a) Geometry b) Total (valence) "d" electrons c) Number of Unpaired electrons   [Pt(en)2]+2   [Re(en)(H2O)4]+2 (high spin)   [Fe(CN)6]−3  (low spin)

Assign a systematic name to each of the following chemical compounds. Compound Name (a) Na[Mn(CN)5l fill in the blank 1 (b) [Cu(bipy)2l]NO3 fill in the blank 2 (c) [Fe(CO)5] fill in the blank 3 (d) [Cr(NH3)3(CN)3] fill in the blank 4

Give proper names for the formulas below.  [Re(H9)]2- [Co(trien)Cl(ONO)]Br [Co(en)2(CO)3]Cl [Ag(NH3)2][BF4]

Write the balanced net ionic equation including heat in the equation. The reaction is exothermic.

A) Determine the oxidation state of the metal ion in [Fe(CN)6]^4− B) Determine the oxidation state of the metal ion in [Co(ox)3]^4−