This concept can be calculated by taking lambda, which symbolizes the expected number of occurrences, to the k value, which symbolizes the number of occurrences, multiplied by e to the negative lambda all divided by k factorial.
This mathematical concept was discussed at length in Ladislaus Bortkiewicz's book, The Law of Small Numbers, which used Prussian military data about deaths from horse-kicks to illustrate this concept. This concept can be calculated by taking lambda, which symbolizes the expected number of occurrences, to the k value, which symbolizes the number of occurrences, multiplied by e to the negative lambda all divided by k factorial. For 10 points, name this mathematical distribution, governed by a single parameter, lambda, which models the number of unlikely events within a given time interval.
This mathematical concept was discussed at length in Ladislaus Bortkiewicz's book, The Law of Small Numbers, which used Prussian military data about deaths from horse-kicks to illustrate this concept.
{Poisson} distribution