im the coolest person in the world [i solved one (1) differential equation]
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im the coolest person in the world [i solved one (1) differential equation]
if someone can show me how to do this I will literally give you 3 dollars thats all I have in my checking rn
Sometimes a family is one parameter
So these is the demons he was talking about
For some reason, a lot of people have gotten really interested in epidemiology lately. Myself included. Now, I'm not an epidemiologist. I don't study infectious diseases. But I do know a little about how mathematical models work, so I wanted to explain how one of the common, simple epidemiological models works. This model isn't anywhere near good enough to make concrete predictions about what's going to happen. But it _can_ give some basic intuition about how epidemics progress, and provide some context for what the experts are saying.
I have a new post at the blog! I explain the SIR model, which is one of the basic differential equation models that try to explain epidemics. There are also some cute pictures, and a code widget that lets you play around with the model predictions.
differential equations are not my friend
The Laplace transform is to badly behaved functions as baby jail is to badly behaved cats
My diff eq text book is firing shots