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. The reaction shown below has a rate law equation of rate = k[PtL3X+]. What would happen to the rate if the concentration of both [PtL3X]+ and Y- are doubled?  A.There will be no change in the rate.  B.The rate will be halved. C.The rate will be doubled. D.The rate will be quadrupled.

. The reaction shown below has a rate law equation of rate = k[PtL3X+]. What would happen to the rate if the concentration of both [PtL3X]+ and Y- are doubled?  A.There will be no change in the rate.  B.The rate will be halved. C.The rate will be doubled. D.The rate will be quadrupled.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1. The reaction shown below has a rate law equation of rate = k[PtL3X+]. What would happen to the rate if the concentration of both [PtL3X]+ and Y- are doubled? 

A.There will be no change in the rate. 
B.The rate will be halved.
C.The rate will be doubled.
D.The rate will be quadrupled.
The chemical equation depicted in the image is: \[ [\text{PtL}_3\text{X}]^+ + \text{Y}^- \rightarrow [\text{PtL}_3\text{Y}]^+ + \text{X}^- \] This equation represents a ligand substitution reaction involving a platinum complex. In the reaction, the ligand X in the complex \([\text{PtL}_3\text{X}]^+\) is being replaced by the ligand Y, resulting in a new complex \([\text{PtL}_3\text{Y}]^+\). The displaced ligand is released as \(\text{X}^-\). The platinum complex is coordinated with three ligands, indicated as L\(_3\).
Transcribed Image Text:The chemical equation depicted in the image is: \[ [\text{PtL}_3\text{X}]^+ + \text{Y}^- \rightarrow [\text{PtL}_3\text{Y}]^+ + \text{X}^- \] This equation represents a ligand substitution reaction involving a platinum complex. In the reaction, the ligand X in the complex \([\text{PtL}_3\text{X}]^+\) is being replaced by the ligand Y, resulting in a new complex \([\text{PtL}_3\text{Y}]^+\). The displaced ligand is released as \(\text{X}^-\). The platinum complex is coordinated with three ligands, indicated as L\(_3\).
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