QUESTION 16 3) Arrange the complexes in order of increasing rate of substitution by water. Assume that the complexes are all in a strong-field electron configuration. [Cu(NH3le (Ma(NH32 O a) The order of increasing rate of substitution by water is (CHNHale > (Ma(NHa > [CuNH3a* (Most reative) (Least reative) O b) The order of increasing rate of substitution by water is (Mn(NH3le* > (CHNH3e* > [Ca(NH3j* (Most reative) (Least reative) O c) The order of increasing rate of substitution by water is (CHNHale* > [Cu(NHae)* > [Mn(NH3lej* (Most reative) (Least reative) O 4) The order of increasing rate of substitution by water is [CNHse > (CH(NH3 > (Ma(NH3* (Most reative) (Least reative)
QUESTION 16 3) Arrange the complexes in order of increasing rate of substitution by water. Assume that the complexes are all in a strong-field electron configuration. [Cu(NH3le (Ma(NH32 O a) The order of increasing rate of substitution by water is (CHNHale > (Ma(NHa > [CuNH3a* (Most reative) (Least reative) O b) The order of increasing rate of substitution by water is (Mn(NH3le* > (CHNH3e* > [Ca(NH3j* (Most reative) (Least reative) O c) The order of increasing rate of substitution by water is (CHNHale* > [Cu(NHae)* > [Mn(NH3lej* (Most reative) (Least reative) O 4) The order of increasing rate of substitution by water is [CNHse > (CH(NH3 > (Ma(NH3* (Most reative) (Least reative)
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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![QUESTION 16
3) Arrange the complexes in order of increasing rate of substitution by water. Assume that the complexes are all in a strong-field
electron configuration. [Cu(NH3e (Ma(NH3\2* (CHNHe*
O a) The order of increasing rate of substitution by water is
[Cr(NHak?* > (Mn(NH3)* > [Cu(NH3lel*
(Most reative)
(Least reative)
O b) The order of increasing rate of substitution by water is
[Mn(NH3)e2 > (CrNHale* > (Cu(NHalel
(Most reative)
(Least reative)
O c) The order of increasing rate of substitution by water is
(C(NH3le)2* > [Cu(NHa > (Mn(NH3)6)+
(Least reative)
O d) The order of increasing rate of substitution by water is
[CUNH3)e > (CH{NH3)e* > [Mn(NH3}}?*
(Most reative)
(Most reative)
(Least reative)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb549222a-f520-4ace-82b0-0253046aae04%2Fd31b5cc3-e475-404b-92f7-b8c71d72bbd9%2Fjjoriy_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QUESTION 16
3) Arrange the complexes in order of increasing rate of substitution by water. Assume that the complexes are all in a strong-field
electron configuration. [Cu(NH3e (Ma(NH3\2* (CHNHe*
O a) The order of increasing rate of substitution by water is
[Cr(NHak?* > (Mn(NH3)* > [Cu(NH3lel*
(Most reative)
(Least reative)
O b) The order of increasing rate of substitution by water is
[Mn(NH3)e2 > (CrNHale* > (Cu(NHalel
(Most reative)
(Least reative)
O c) The order of increasing rate of substitution by water is
(C(NH3le)2* > [Cu(NHa > (Mn(NH3)6)+
(Least reative)
O d) The order of increasing rate of substitution by water is
[CUNH3)e > (CH{NH3)e* > [Mn(NH3}}?*
(Most reative)
(Most reative)
(Least reative)
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