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The following reaction A+B→C has a rate=k[A][B], where the rate constant, k', is 5.67 x10^-2s^-1when [A] is 4.25M and [B] is 6.13x10^-3M, what is the rate constant,k', when [A]=0.0234 [B]=97.6M?

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Solve problems relating to zero-, first-, and second-order reactions

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Related questions

The decomposition of compound B has the following rate constants when the reaction is observed at different temperatures.

Temperature (C)	k (M^-1s^-1)
0	5.6 x10^-6
10	3.2 x10^-5
20	1.6 x10^-4
30	7.6 x10^-4

What is the rate of the reaction at 40C when the starting concentration is 7.5x10^-3M?

The decomposition of compound B has the following rate constants when the reaction is observed at different temperatures.

Temperature (C)	k (M^-1s^-1)
0	5.6 x10^-6
10	3.2 x10^-5
20	1.6 x10^-4
30	7.6 x10^-4

What is the half life of the reaction at 40C when the starting concentration is 7.5x10^-3M?

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The following reaction A+B→C has a rate=k[A][B], where the rate constant, k', is 5.67 x10^-2s^-1when [A] is 4.25M and [B] is 6.13x10^-3M, what is the rate constant,k', when [A]=0.0234 [B]=97.6M?

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The following reaction A+B→C has a rate=k[A][B], where the rate constant, k', is 5.67 x10-2s-1 when [A] is 4.25M and [B] is 6.13x10-3M, what is the rate constant,k', when [A]=0.0234 [B]=97.6M?

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Related textbook solutions

Basic Chemistry

Principles of Chemistry Molecular Approach

Principles of Chemistry Molecular Approach

Chemistry: Structure and Properties

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Chemistry: A Molecular Approach

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The following reaction A+B→C has a rate=k[A][B], where the rate constant, k', is 5.67 x10^-2s^-1when [A] is 4.25M and [B] is 6.13x10^-3M, what is the rate constant,k', when [A]=0.0234 [B]=97.6M?