Question
The activation energy of a reaction is typically determined by calculating the rate constant for the reaction at two temperatures and then manipulating the Arrhenius equation. If you determine the reaction rate constants for a particular reaction to be 0.0650 /s at 25.0 C and 0.150 /s at 35.0 C, then what is the activation energy for the reaction? Give the answer in kJ/mol.
Answers
So use the Arrhenius equation and calculate it.
Related Questions
The activation energy for the reaction in which CO2 decomposes to CO and a free radical oxygen atom,...
The rate constant,K, for a given was determined at a number of temperatures. A graph of log K versus...
The respiration of plants is a biochemical reaction and should have a rate determined by the Arrheni...
The rate constant of a certain reaction is known to obey the Arrhenius equation, and to have an acti...