Now that the order for both reactants is known, the rate constant, k, can be determined. Each of the four trials can be used to calculate k and then the four results can be averaged. We will use Trial 4 to determine the rate constant in this example. What is the value of the rate constant? [A], mol/L [B], mol/L rate, mol/(L-min) Trial 1 0.424 0.801 0.126 Trial 2 0.848 0.801 0.253 Trial 3 0.424 1.60 0.506 Trial 4 0.249 0.244 0.00689 Rate = k[A]'[B]2

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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VISUALIZATION Determining the Rate Equation
Now that the order for both reactants is known, the rate constant, k, can be determined.
Each of the four trials can be used to calculate k and then the four results can be averaged.
We will use Trial 4 to determine the rate constant in this example.
What is the value of the rate constant?
[A], mol/L [B], mol/L rate, mol/(L-min)
Trial 1
0.424
0.801
0.126
Trial 2
0.848
0.801
0.253
Trial 3 0.424
1.60
0.506
Trial 4
0.249
0.244
0.00689
Rate =
k[A]![B]?
L/mol•min
Transcribed Image Text:VISUALIZATION Determining the Rate Equation Now that the order for both reactants is known, the rate constant, k, can be determined. Each of the four trials can be used to calculate k and then the four results can be averaged. We will use Trial 4 to determine the rate constant in this example. What is the value of the rate constant? [A], mol/L [B], mol/L rate, mol/(L-min) Trial 1 0.424 0.801 0.126 Trial 2 0.848 0.801 0.253 Trial 3 0.424 1.60 0.506 Trial 4 0.249 0.244 0.00689 Rate = k[A]![B]? L/mol•min
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