Nov 29, 2013 · Does anyone know a closed form expression for the Taylor series of the function $f(x) = \\log(x)$ where $\\log(x)$ denotes the natural logarithm function?

The difference between "log in to host.com" and "log into host.com" is entirely lexical, so it really only matters if you're diagramming the sentence. Personally, I prefer to avoid prepositional phrases when …

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May 2, 2015 · I think something is wrong with the derivation you have - notably, the first equation, $\log (1-x)=-\sum_ {n=1}^ {\infty}x^n$ is not true - you probably want a log around the sum on the left.

May 14, 2021 · Currently, in my math class, we are learning about logarithms. I understand that the common logarithm has a base of 10 and the natural has a base of e. But, when do we use them? For …

Apr 23, 2017 · I have seen people look at log (several digit number) and rattle off the first couple of digits. I can get the value for small values (aka the popular or easy to know roots), but is there a formu...

Jun 7, 2013 · Yeah but my original question was in log form. I converted it to exp form to make it more intuitive. I would appreciate if ur answers r in log formats then it would rule out any problems at that …

7 Once you have log of one base (e.g. the natural log $\ln$), you can easily calculate the log of any basis via $$\log_b a = \frac {\ln a} {\ln b}.$$

Jan 13, 2021 · The right-hand side includes the term " x x " so it seems that I can use this equality in order to prove log(1+x) <x log (1 + x) <x, but I cannot. I would like you to give me some ideas.

Dec 1, 2015 · For my money, log on to a system or log in to a system are interchangeable, and depend on the metaphor you are using (see comment on your post). I suppose there is a small bit of …