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Consider the hypothetical bimetallic titanium dinitrogen complexes (N2C, (μ-N2) [TiCl2L312. neutral 2e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. b. Which compound would have the highest v(N-N) ? c. Which compound would have the longest N - N bond? J C A 2. Consider the hypothetical bimetallic titanium dinitrogen complexes A (U-N₂) [TiCl4L]2, B (μ- N2)[TiCl3L2]2, and C, (μ-N2) [TiCl2L3]2. (L = neutral 2 e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. B b. Which compound would have the highest v(N-N)? c. Which compound would have the longest N-N bond?

Consider the hypothetical bimetallic titanium dinitrogen complexes (N2C, (μ-N2) [TiCl2L312. neutral 2e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. b. Which compound would have the highest v(N-N) ? c. Which compound would have the longest N - N bond? J C A 2. Consider the hypothetical bimetallic titanium dinitrogen complexes A (U-N₂) [TiCl4L]2, B (μ- N2)[TiCl3L2]2, and C, (μ-N2) [TiCl2L3]2. (L = neutral 2 e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. B b. Which compound would have the highest v(N-N)? c. Which compound would have the longest N-N bond?

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter19: Transition Metals And Coordination Chemistry
Section: Chapter Questions
Problem 44E: Trimethylphosphine, P(CH3)3, can act as a ligand by donating the lone pair of electrons on the...
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Consider the hypothetical bimetallic titanium dinitrogen complexes (N2C, (μ-N2) [TiCl2L312. neutral 2e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. b. Which compound would have the highest v(N-N) ? c. Which compound would have the longest N - N bond? J C A 2. Consider the hypothetical bimetallic titanium dinitrogen complexes A (U-N₂) [TiCl4L]2, B (μ- N2)[TiCl3L2]2, and C, (μ-N2) [TiCl2L3]2. (L = neutral 2 e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. B b. Which compound would have the highest v(N-N)? c. Which compound would have the longest N-N bond?
Transcribed Image Text:Consider the hypothetical bimetallic titanium dinitrogen complexes (N2C, (μ-N2) [TiCl2L312. neutral 2e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. b. Which compound would have the highest v(N-N) ? c. Which compound would have the longest N - N bond? J C A 2. Consider the hypothetical bimetallic titanium dinitrogen complexes A (U-N₂) [TiCl4L]2, B (μ- N2)[TiCl3L2]2, and C, (μ-N2) [TiCl2L3]2. (L = neutral 2 e donor) a. Draw reasonable structures for A, B, and C assuming that the oxidation state of titanium in these three compounds is the same. B b. Which compound would have the highest v(N-N)? c. Which compound would have the longest N-N bond?
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