Consider the following hypothetical reaction: A(E) + 2B(E) + 4C(g) 4D(aq) A sophisticated artificial-intelligence model has predicted the following reaction rates for the appearance of D, for varying reagent concentrations, at room temperature: [A]. (mol dm) 8,40 x 105 (B). (mol dm) 1.25 x 10 [C). (mol dm) 1.37 x 104 Rate (mol dm min') 2.58 x 1015 Experiment 6.85 x 10 6.85 x 10 2. 8.40 х 105 1.25 х 101 1.29 х 1015 2.50 x 10 2.50 x 10 3 8.40 x 10 1.29 x 1015 4 1.68 x 10+ 6.85 x 10 5.16 х 1015 5. 4.20 x 105 6.25 x 102 6.85 х 105 3.23 х 10-16 4.1 Write down the rate law, indicating the order of each reactant concentration with respect to the reaction rate. (Show all your working and reasoning) 4.2 Calculate the reaction rate constant k, including units.
Consider the following hypothetical reaction: A(E) + 2B(E) + 4C(g) 4D(aq) A sophisticated artificial-intelligence model has predicted the following reaction rates for the appearance of D, for varying reagent concentrations, at room temperature: [A]. (mol dm) 8,40 x 105 (B). (mol dm) 1.25 x 10 [C). (mol dm) 1.37 x 104 Rate (mol dm min') 2.58 x 1015 Experiment 6.85 x 10 6.85 x 10 2. 8.40 х 105 1.25 х 101 1.29 х 1015 2.50 x 10 2.50 x 10 3 8.40 x 10 1.29 x 1015 4 1.68 x 10+ 6.85 x 10 5.16 х 1015 5. 4.20 x 105 6.25 x 102 6.85 х 105 3.23 х 10-16 4.1 Write down the rate law, indicating the order of each reactant concentration with respect to the reaction rate. (Show all your working and reasoning) 4.2 Calculate the reaction rate constant k, including units.
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter14: Chemical Kinetics: The Rates Of Chemical Reactions
Section: Chapter Questions
Problem 84GQ
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Question
![4
Consider the following hypothetical reaction:
A(E) + 2B(€) + 4C(g) = 4D(aq)
A sophisticated artificial-intelligence model has predicted the following reaction rates for the appearance
of D, for varying reagent concentrations, at room temperature:
[A].
(mol dm)
8,40 x 105
(B).
(mol dm)
1.25 x 10
[C).
(mol dm)
1.37 x 104
Rate
(mol dm min')
2.58 x 1015
Experiment
8.40 х 105
1.25 х 101
6.85 x 10
1.29 х 10-15
2.50 x 10
2.50 x 10
6.85 x 10
6.85 x 10
3
8.40 x 10
1.29 x 10 15
4
1.68 x 104
5.16 х 10-15
4.20 x 105
6.25 x 102
6.85 х 105
3.23 х 10-16
4.1 Write down the rate law, indicating the order of each reactant concentration with respect to the reaction
rate. (Show all your working and reasoning)
4.2 Calculate the reaction rate constant k, including units.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0be2aa3-486f-4385-878a-59e48790ab76%2F12c705bc-72e9-497b-bf3a-ce6c95c34f15%2Fz8lgde_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4
Consider the following hypothetical reaction:
A(E) + 2B(€) + 4C(g) = 4D(aq)
A sophisticated artificial-intelligence model has predicted the following reaction rates for the appearance
of D, for varying reagent concentrations, at room temperature:
[A].
(mol dm)
8,40 x 105
(B).
(mol dm)
1.25 x 10
[C).
(mol dm)
1.37 x 104
Rate
(mol dm min')
2.58 x 1015
Experiment
8.40 х 105
1.25 х 101
6.85 x 10
1.29 х 10-15
2.50 x 10
2.50 x 10
6.85 x 10
6.85 x 10
3
8.40 x 10
1.29 x 10 15
4
1.68 x 104
5.16 х 10-15
4.20 x 105
6.25 x 102
6.85 х 105
3.23 х 10-16
4.1 Write down the rate law, indicating the order of each reactant concentration with respect to the reaction
rate. (Show all your working and reasoning)
4.2 Calculate the reaction rate constant k, including units.
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