Create a procedure outline for calculating the activation energy of an iodine clock reaction, an example (this example has to do with determining rate equation for the clock reaction by measuring rates of reactions using different initial concentrations) : Measure reaction rate as a function of iodide I– concentration by decreasing initial iodide concentration while keeping all other concentrations constant. Use water to make up for volume loss for reduced amount of iodide stock solution.
Create a procedure outline for calculating the activation energy of an iodine clock reaction, an example (this example has to do with determining rate equation for the clock reaction by measuring rates of reactions using different initial concentrations) :
Measure
Measure reaction rate as a function of persulfate S2O 2– 8 concentration by decreasing initial persulfate concentration while keeping all other concentrations constant. Use water to make up for volume loss for reduced amount of persulfate stock solution.
Use linear regression on log10 Rate as a function of log10[I– ]i or log10[S2O 2– 8 ]i for each reaction series to determine order for each reactant (exponent for the concentration in the rate law)
Use measured rates, initial concentrations, and reaction orders in rate law to calculate the rate constant k
I just need a few steps to outline, like the example above
Step by step
Solved in 2 steps
