Which of the following is most likely not an outer-sphere electron transfer process?
A.[Cu(NH3)5Cl] + [Co(NH3)6]3+ --> [Cu(NH3)5Cl]+ + [Co(NH3)6]2+
B.[Cu(NH3)5Cl] + [Co(NH3)5Cl]2+ --> [Cu(NH3)4Cl2] + [Co(NH3)6]3+
C.[Fe(CN)6]4- + [RhCl6]2- --> [Fe(CN)6]3- + [RhCl6]3-
D.[Ni(NH3)5Cl]+ + [Co(NH3)5Cl]2+ --> [Ni(NH3)5Cl]2+ + [Co(NH3)5Cl]+
Option C
Since outer sphere electron transfer occurs in which reacting species are similar except in oxidation number.
Here in C, Metal atom and ligands are different hence outer sphere electron transfer doesn't occur mostly.
Which of the following is most likely not an outer-sphere electron transfer process? A.[Cu(NH3)5Cl] + [Co(NH3)6]3+...
4. Predict all possible six-coordinate products for the following inner-sphere electron transfer reactions. Assume that each reaction occurs in water and that the second reagent is the oxidant in each case: A. [Fe(H20)6]2+ + [Ru(NH3)5Cl]2+ B. [Co(H2O)6]2+ + [Cr(H2O)sC1]2+ C. [Fe(H20)6]2+ + [Fe(H2O)sC1]2+
Name the coordination compounds 1. [CO(NH3)6]C12 2. [CO(NH3)5Cl]012 3. [Co(H20).]Br3 4. K3[Fe(CN)6] 5. K3[CoF6]. 6. Na4[PtClo]
(i) Name the two mechanisms by which electron transfer reactions can occur and explain how they differ. (ii)Explain how the following reaction was used to deduce the mechanism of inner sphere electron transfer. [Co(NH3)5Cl]2+ + [Cr(H2O)6]2+ + 5H2O = [Co(H2O)6]2+ + [Cr(H2O)5Cl]2+ + 5NH3
3. According to the textbook (p. 115). the electron transfer reaction rate between [Co(NH3)]** and (Co(NH3).]?(eq. 5.41) is extremely slow whereas that between [Fe(CN).74 and [Fe(CN).]" (eq. 5.42) is very fast. By using the established facts in the box in answering the following questions. 1. According to the molecular orbital theory, the eg orbitals of an MLO octahedral complex are, in fact, M-L anti-bonding orbitals and the tza orbitals are non-bonding orbitals. 2. According to the spectrochemical series, CN is...
6. Calculate the rate constant kı2 for the below outer-sphere electron transfer reaction: [Fe(CN)6]4-+ Cet+ → [Fe(CN)6]>- + Ce 3+ E' = 0.76 V, T = 300 K, log f= -2.33 The relevant self-exchange rate constants are: [Fe(CN)6]4-13 kui = 7.4 x 102 M-- k22 = 4.4 M-3-1 Ce4+/3+
A) , and in Co(NH3)4Cl 2]NO 3, the counter ion is In K 4[Fe(CN) 6], the counter ion is akt:cr b.kt; NO3- C. CN ; cr d. CN ; NO3 e. Fe2+, CO3+ B) How many ions are formed when [CO(NH 3) 5CICI 2 dissolves in water? a. 5 d. 4 e. 2 C) What is the oxidation state of the nickel atom in the Ni(CN) 53 complex ion? a. +1 b.+3 C. +2 d. +4 e. +0 ОООО oooo...
Which of the following complex ions will most likely be colorless? O [Zn(en)3]2+ O [Ni(H20)612+ O [Cr(NH3)6]3+ O [Fe(CN)614- O [Fe(NH3)6]2+
1) match the compounds on the left to the compound on the right most likely to have the same electrical conductivity per mole. 2) estimate the crystal field stabilization energy for the octahedral ion tris(ethylenediamine)nickel(II), if the wavelength of maximum absorption for the ion id 893 nm. ______ kJ mol^-1 [Co(NH3)5Cl]I2 C12H22011 NH4[Mn(CN)51 CuSO4 [Fe(CO)] Cu(NO3)2 [Pt(en)3](NO3)4 Fe(NO3)3 K3[PdF61 Fe2(SO4)3
Question 5 7 pts Which of the following complex ions will most likely be colorless? [Zn(en)312+ [Ni(H20)6]2+ [Cr(NH3)613+ [Fe(CN)6]4- [Fe(NH3)612+
a) Explain how electron transfer takes place between the complexes in oxidation-reduction reactions related to inner-sphere and outer-sphere mechanisms, respectively. b) You are told that the oxidation-reduction reaction between [Co(NH3)6]^3+ and Ru(NH3)6^2+ takes place via outer sphere electron transfer and the rate constant is 1.1 x 10^–2. However, if instead of Ru(NH3)6^2+, [Cr(bipy)3]^2+ is the reductant then rate constant is much higher, 6.9 x 10^2. Explain the reason.