Let's start with the Cauchy Formula for Repeated Integration.
Given a function f, a lower value a, and a value n representing the number of integrations we want to do, we can calculate the value of f -n using a single integral of the following form:
Showing posts with label cool. Show all posts
Showing posts with label cool. Show all posts
Tuesday, 18 December 2012
Fractional Integrals = Blow Your Mind
The following is less of a resource for education, and more of a "cool math fact".
Let's start with the Cauchy Formula for Repeated Integration.
Given a function f, a lower value a, and a value n representing the number of integrations we want to do, we can calculate the value of f -n using a single integral of the following form:
Let's start with the Cauchy Formula for Repeated Integration.
Given a function f, a lower value a, and a value n representing the number of integrations we want to do, we can calculate the value of f -n using a single integral of the following form:
Friday, 14 December 2012
Iodine Clock Reaction Kinetics
The following is a quick description of a reaction I developed and refined over the period of three years. It is an adaptation of this experiment.
The Berocca makes it quicker to accurately prepare solutions of Vitamin C, and the distilled water removes any variability from the hardness of the tap water.
The Berocca makes it quicker to accurately prepare solutions of Vitamin C, and the distilled water removes any variability from the hardness of the tap water.
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