Suggest a reason why the "stopwatch" method of measuring the reaction rate would be unsuitable under these conditions. b) When conducting experiments on the temperature dependence of a reaction, why is it important to use the same concentrations for each different temperature?
Suggest a reason why the "stopwatch" method of measuring the reaction rate would be unsuitable under these conditions. b) When conducting experiments on the temperature dependence of a reaction, why is it important to use the same concentrations for each different temperature?
Chapter12: Spectrochemical Methods
Section: Chapter Questions
Problem 7P
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virtual experiment setting the pH Buffer to 4.4 and the temperature to 45 oC keeping all other concentrations at the default setting.
a) Suggest a reason why the "stopwatch" method of measuring the reaction rate would be unsuitable under these conditions.
b) When conducting experiments on the temperature dependence of a reaction, why is it important to use the same concentrations for each different temperature?
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