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e is like a speed limit (like c, the speed of light) saying how fast you can possibly grow using a continuous process.

Can someone explain what he means? Doesn't that assume dx/dt <= x?



The statement is a little misleading. He's not saying you can't have a function that grows faster than e^x as you certainly can, for example the the gamma function.

I think he's saying that for a process where the rate of growth depends on the current "population" such as interest in a bank or splitting bacteria then exponential growth is limit.




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