average cycle time with the doubled KBrO3 concentration is 40 and average cycle time with initial KBrO3 concentration is 74.

Chemical Principles in the Laboratory
11th Edition
ISBN:9781305264434
Author:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Publisher:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Chapter20: Rates Of Chemical Reactions, I. The Iodination Of Acetone
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average cycle time with the doubled KBrO3 concentration is 40 and average cycle time with initial KBrO3 concentration is 74.
Part One - Effects of concentrations on the rate of reaction
Choose the correct answer!
Data processing:
1. The cycles after doubling the KBRO3 concentration are
V[ Select ]
* times faster.
1.
the following formula:
with doubled KBrOzconcentration
average cycle time with initial KBrOzconcentration
Tatio=
• Round the ratio to the nearest whole number
2. Based on the expected reaction kinetics (see Experiment on the description
page) the B-Z reaction with respect to bromate is (Select]
order
Transcribed Image Text:Part One - Effects of concentrations on the rate of reaction Choose the correct answer! Data processing: 1. The cycles after doubling the KBRO3 concentration are V[ Select ] * times faster. 1. the following formula: with doubled KBrOzconcentration average cycle time with initial KBrOzconcentration Tatio= • Round the ratio to the nearest whole number 2. Based on the expected reaction kinetics (see Experiment on the description page) the B-Z reaction with respect to bromate is (Select] order
Part One – Effects of concentrations on the rate of reaction
Choose the correct answer!
Data processing:
1. The cycles after doubling the KBRO3 concentration are
[ Select]
* times faster.
o This is calculated with the following formula:
average cycle time with doubled KBrOzconcentration
average cycle time with initial KBrOzconcentration
ratio =
%3D
- Round the ratio to the nearest whole number
2. Based on the expected reaction kinetics (see Experiment on the description
page) the B-Z reaction with respect to bromate i v[ Select ]
zero
order
first
second
Transcribed Image Text:Part One – Effects of concentrations on the rate of reaction Choose the correct answer! Data processing: 1. The cycles after doubling the KBRO3 concentration are [ Select] * times faster. o This is calculated with the following formula: average cycle time with doubled KBrOzconcentration average cycle time with initial KBrOzconcentration ratio = %3D - Round the ratio to the nearest whole number 2. Based on the expected reaction kinetics (see Experiment on the description page) the B-Z reaction with respect to bromate i v[ Select ] zero order first second
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