In this experiment, pseudo-rate constants are calculated. This is because O the temperature of the system is not remaining constant over the course of the reaction. Oa catalyst is present. the rate is being approximated as 1/time. the exact concentrations of all reaction components are not exactly known.

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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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In this experiment, pseudo-rate constants are calculated. This is because
the temperature of the system is not remaining constant over the course of the
reaction.
a catalyst is present.
the rate is being approximated as 1/time.
the exact concentrations of all reaction components are not exactly known.
Transcribed Image Text:In this experiment, pseudo-rate constants are calculated. This is because the temperature of the system is not remaining constant over the course of the reaction. a catalyst is present. the rate is being approximated as 1/time. the exact concentrations of all reaction components are not exactly known.
Match the the ion that participates in the iodine clock reaction with its source.
1. KI
S2032-
2. Na2S203
BrO3
3. КBrОз
4. НС
Transcribed Image Text:Match the the ion that participates in the iodine clock reaction with its source. 1. KI S2032- 2. Na2S203 BrO3 3. КBrОз 4. НС
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