Consider that you are carrying out the reaction: Co(EDTA)²- + Fe(CN)6³- ⇒ EDTA-Co-NC-Fe(CN)55- with a large excess of the cobalt reactant the equilibrium process follows a first-order kinetics. From the data given below determine the values for rate constant for forward and inverse reactions at 575 °C at which, with pH = 6, the equilibrium constant is 1.4x10³. [Co(EDTA)2-] (10-3 mol/dm³) 2,63 3,42 5,26 7,89 10,5 ke (S-1) 109 137 203 286 373
Consider that you are carrying out the reaction: Co(EDTA)²- + Fe(CN)6³- ⇒ EDTA-Co-NC-Fe(CN)55- with a large excess of the cobalt reactant the equilibrium process follows a first-order kinetics. From the data given below determine the values for rate constant for forward and inverse reactions at 575 °C at which, with pH = 6, the equilibrium constant is 1.4x10³. [Co(EDTA)2-] (10-3 mol/dm³) 2,63 3,42 5,26 7,89 10,5 ke (S-1) 109 137 203 286 373
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter7: Reaction Rates And Chemical Equilibrium
Section: Chapter Questions
Problem 7.76P
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Hw.79.
![3-
Consider that you are carrying out the reaction: Co(EDTA)²- + Fe(CN)6³
= EDTA-CO-NC-Fe(CN)55- with a large excess of the cobalt reactant
the equilibrium process follows a first-order kinetics. From the data given
below determine the values for rate constant for forward and inverse
reactions at 575 °C at which, with pH = 6, the equilibrium constant is
1.4x10³.
[Co(EDTA)2-] (10-3 mol/dm³)
2,63
3,42
5,26
7,89
10,5
ke (S-1)
109
137
203
286
373](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb9a81e89-2c71-430b-b2ab-d050d4f3187b%2F63988063-6395-42d1-9f68-ca2d9c603478%2F7zg5mo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3-
Consider that you are carrying out the reaction: Co(EDTA)²- + Fe(CN)6³
= EDTA-CO-NC-Fe(CN)55- with a large excess of the cobalt reactant
the equilibrium process follows a first-order kinetics. From the data given
below determine the values for rate constant for forward and inverse
reactions at 575 °C at which, with pH = 6, the equilibrium constant is
1.4x10³.
[Co(EDTA)2-] (10-3 mol/dm³)
2,63
3,42
5,26
7,89
10,5
ke (S-1)
109
137
203
286
373
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