The purpose of this research paper is to introduce mathematical models that can be
applied to any scenario imaginable. The models help to illustrate and calculate
any given scenario or possible outcome. The scope of this paper is to
give a detailed equation on how to calculate all the possible results of a
disease expanding very fast. In this case the example of a zombie
infection is used to demonstrate the dynamic applicability of the models. By
incorporating realistic factors and assumptions, the models illustrate the
possible outcomes of a zombie apocalypse and also the recommended solutions to
avoid the eradication of humanity. The paper first introduces a basic model, which
only works with a limited amount of possibilities. Further models are
introduced in which more factors are incorporated and the mathematical
possibilities become more and more realistic throughout the paper. It becomes
apparent that with these mathematical
equations any realistic or even unrealistic scenario can be illustrated and it can be
expanded upon unlimited assumptions and factors. These mathematical models are
important as they can help to model biological processes or in this case they
could help us to develop a strategy for fighting off a zombie infection and
prevent a zombie apocalypse from exterminating humanity .This paper
reveals the fact that with mathematical analysis anything can be modeled and
calculated, therefore dangerous outcomes can be avoided beforehand.
[249 words]
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