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Resources
Created by Intuitor.com, this page explores Benford's Law: "For naturally occurring data, the digits 1 through 9 do not have equal probability of being the first significant digit in a number; the digit 1 has greater...
This page explores Benford's law and the Pareto Principle (or 80/20 rule). Benford's law may also have a wider meaning if the digits it evaluates are considered ranks or places. The digit's probability of occurring...
This site includes a number of Berkeley classes, hosted by Youtube.com. The University of California, Berkeley is the preeminent public research and teaching institution in the nation. From classic literature to emerging...
This online, interactive lesson on Bernoulli provides examples, exercises, and applets. The site, created by Kyle Siegrist of the University of Alabama - Huntsville, covers binomial, geometric, negative binomial, and...
This Binomial applet allows the user to adjust the n and the p and see the resulting histogram. There is also an option to overlay the normal distribution over the histogram. The "area from" and "to" scrollbars and text...
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