3. The rate constants for the formation of trans-[PtCIY(PET3)2] from trans-[PtCl2(PEt3)2] for Y : cr, Br", N3' , and SCN" differ by three orders of magnititue. What is the mechanism of the substitution? A) dissociative, D B) interchange dissociative, Id C) associative, A D) interchange associative, la 4. Which ligand has the strongest trans effect in reactions of trans-[PtCIL(PEt3)2]? A) CI B) H C) CH3 D) CHs 5. The rate constants for the formation of [CoX(NH3)s]²* from [Co(NH3}s(OH2)]³* for X = Cl', B N3, and SCN" differ by no more than a factor of two. What is the mechanism of the substitution? A) interchange associative, la B) associative, A C) interchange dissociative, Id D) dissociative, D
3. The rate constants for the formation of trans-[PtCIY(PET3)2] from trans-[PtCl2(PEt3)2] for Y : cr, Br", N3' , and SCN" differ by three orders of magnititue. What is the mechanism of the substitution? A) dissociative, D B) interchange dissociative, Id C) associative, A D) interchange associative, la 4. Which ligand has the strongest trans effect in reactions of trans-[PtCIL(PEt3)2]? A) CI B) H C) CH3 D) CHs 5. The rate constants for the formation of [CoX(NH3)s]²* from [Co(NH3}s(OH2)]³* for X = Cl', B N3, and SCN" differ by no more than a factor of two. What is the mechanism of the substitution? A) interchange associative, la B) associative, A C) interchange dissociative, Id D) dissociative, D
Chemistry
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Lock And Key Model
The lock-and-key model is used to describe the catalytic enzyme activity, based on the interaction between enzyme and substrate. This model considers the lock as an enzyme and the key as a substrate to explain this model. The concept of how a unique distinct key only can have the access to open a particular lock resembles how the specific substrate can only fit into the particular active site of the enzyme. This is significant in understanding the intermolecular interaction between proteins and plays a vital role in drug interaction.
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![3. The rate constants for the formation of trans-[PtCIY{PET3)2] from trans-[PtCl2{PEt3}2] for Y =
Cr, Br, N3 , and SCN differ by three orders of magnititue. What is the mechanism of the
substitution?
A) dissociative, D
B) interchange dissociative, Id
C) associative, A
D) interchange associative, la
4. Which ligand has the strongest trans effect in reactions of trans-[PtCIL(PET3)2]?
A) CI
B) H
C) CH3
D) CgHs
5. The rate constants for the formation of [CoX(NH3}s]?* from [Co(NH3)s(OH2)]³* for X = Cr", Br,
N3, and SCN' differ by no more than a factor of two. What is the mechanism of the
substitution?
A) interchange associative, la
B) associative, A
C) interchange dissociative, Id
D) dissociative, D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3f33ed1-9390-4d6d-aeaf-e2f0e5cbf0c2%2F3f169d79-819c-4c45-a1c1-f7674dccc03d%2Fcgag0dj_processed.png&w=3840&q=75)
Transcribed Image Text:3. The rate constants for the formation of trans-[PtCIY{PET3)2] from trans-[PtCl2{PEt3}2] for Y =
Cr, Br, N3 , and SCN differ by three orders of magnititue. What is the mechanism of the
substitution?
A) dissociative, D
B) interchange dissociative, Id
C) associative, A
D) interchange associative, la
4. Which ligand has the strongest trans effect in reactions of trans-[PtCIL(PET3)2]?
A) CI
B) H
C) CH3
D) CgHs
5. The rate constants for the formation of [CoX(NH3}s]?* from [Co(NH3)s(OH2)]³* for X = Cr", Br,
N3, and SCN' differ by no more than a factor of two. What is the mechanism of the
substitution?
A) interchange associative, la
B) associative, A
C) interchange dissociative, Id
D) dissociative, D
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