3 ms·
I'm probably missing something, but that is the Taylor series at 0.
by dbaupp 13y ago
I'm probably missing something, but that is the Taylor series at 0.
- dnautics 13y agoYeah I mean to say you can derive the sin and cosine as abstract functions from their geometrical properties, get the form of their derivatives, and then derive their Taylor series, instead of defining them as infinite series, and then showing that the function looks like their geometric equivalents.