612 Chapter 13 - Chemical Kinetics an averag reaction(s) are endothermic. Assume the reactions have roughly the same frequency factors. Prin O, in the 1.5 x 10 formation sumption increases 20 kJ/mol 30 kJ/mol the dema the Hb c be the c 40 kJ/mol 50 kJ/mol -40 kJ/mol -20 kJ/mol HbO2 fc Reaction progress Reaction progress Reaction progress 13.123 At a cer (a) (b) (c) poses o 13.118 Consider the following potential energy profile for → D reaction. (a) How many elementary steps are there? (b) How many intermediates are formed? (c) Which step is rate determining? (d) Is the overall reaction exothermic or endothermic? From versus of the boins ib vi A CELER Reaction progress 13.124 The 13.119 A factory that specializes in the refinement of tran- sition metals such as titanium was on fire. The fire- fighters were advised not to douse the fire with water. Why? the con 13.120 The activation energy for the decomposition of hy- drogen peroxide wh de 13.125 Po 2H;O;(aq) - 2H-O2(1) + O2(g) is 42 kJ/mol, whereas when the reaction is catalyzed by the enzyme catalase, it is 7.0 kl/mol Potential energy Potential energy
612 Chapter 13 - Chemical Kinetics an averag reaction(s) are endothermic. Assume the reactions have roughly the same frequency factors. Prin O, in the 1.5 x 10 formation sumption increases 20 kJ/mol 30 kJ/mol the dema the Hb c be the c 40 kJ/mol 50 kJ/mol -40 kJ/mol -20 kJ/mol HbO2 fc Reaction progress Reaction progress Reaction progress 13.123 At a cer (a) (b) (c) poses o 13.118 Consider the following potential energy profile for → D reaction. (a) How many elementary steps are there? (b) How many intermediates are formed? (c) Which step is rate determining? (d) Is the overall reaction exothermic or endothermic? From versus of the boins ib vi A CELER Reaction progress 13.124 The 13.119 A factory that specializes in the refinement of tran- sition metals such as titanium was on fire. The fire- fighters were advised not to douse the fire with water. Why? the con 13.120 The activation energy for the decomposition of hy- drogen peroxide wh de 13.125 Po 2H;O;(aq) - 2H-O2(1) + O2(g) is 42 kJ/mol, whereas when the reaction is catalyzed by the enzyme catalase, it is 7.0 kl/mol Potential energy Potential energy
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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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My question is 13.118
I have an idea of how to do it but i am a bit confused as to what is what
Transcribed Image Text:612
Chapter 13 - Chemical Kinetics
an averag
reaction(s) are endothermic. Assume the reactions
have roughly the same frequency factors.
Prin O, in the
1.5 x 10
formation
sumption
increases
20 kJ/mol
30 kJ/mol
the dema
the Hb c
be the c
40 kJ/mol
50 kJ/mol
-40 kJ/mol
-20 kJ/mol
HbO2 fc
Reaction progress
Reaction progress
Reaction progress
13.123 At a cer
(a)
(b)
(c)
poses o
13.118 Consider the following potential energy profile for
→ D reaction. (a) How many elementary
steps are there? (b) How many intermediates are
formed? (c) Which step is rate determining? (d) Is
the overall reaction exothermic or endothermic?
From
versus
of the
boins
ib vi
A CELER
Reaction progress
13.124 The
13.119 A factory that specializes in the refinement of tran-
sition metals such as titanium was on fire. The fire-
fighters were advised not to douse the fire with
water. Why?
the
con
13.120 The activation energy for the decomposition of hy-
drogen peroxide
wh
de
13.125 Po
2H;O;(aq) -
2H-O2(1) + O2(g)
is 42 kJ/mol, whereas when the reaction is catalyzed
by the enzyme catalase, it is 7.0 kl/mol
Potential energy
Potential energy
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