Help with an Integral from an older resource economics book
Hi guys,
I would ask if you could solve an integral for me from a resource economic problem. Easiest is it to put it in an attachement I guess. Please ignore the change from p(0) to p(0)* in the solution.
Also would it also be possible if "α" wasn´t set to "1" but kept general to solve such an integral?
Thank you for your help guys.
1 Answer
$∫_0^∞ 1/(a+be^{rt}) dt = \log(1+a/b)/ar$
see https://www.wolframalpha.com/input?i=%E2%88%AB_0%5E%E2%88%9E+1%2F%28a%2Bb+e%5E%28rt%29%29+dt
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I don't see any attachments.
You may want to offer a small bounty so you can easily upload a picture of your question.
Yes. I am sorry I didn´t realize that I had to offer a bounty to upload a picture. The question was to solve this integral: ∫0^∞ 1/(a+be^rt ) dt And as a bonus IF such an integral can be solved: ∫0^∞ [a+be^rt ]^(-1/c) dt
It is a fairly challenging problem, and such questions should generally come with a bounty.