Wonderful professor with a sense of humor. I am surprised I made it this far and I am sure this would not have happened with any other teacher. However, I am wondering when physics will make an appearance. How about a derivation of the Feynman diagrams?
this is definitely the best course i've ever seen, and i've seen. i admire the professor in terms i cannot explain. but i have only one question here: yes taylor is very local. but what about maclaurin? (much to say but that'd be enough for people who have an answer)
Sorry for the late reply (hopefully this will help someone), maclaurin is just taylor at a = 0, so I assume it would behave the same as taylor, which is just the more general form of maclaurin.
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I'm almost overwhelmed with a feeling of power after watching this lecture. Amazing professor.
I think that this lecture is the most important one. It is a review of everything that he's taught up to this point, and can stand alone.
I fell in love with his symbol marking a negligble term in an equation
Wonderful professor with a sense of humor. I am surprised I made it this far
and I am sure this would not have happened with any other teacher. However,
I am wondering when physics will make an appearance. How about a derivation of the Feynman diagrams?
I have done the exercise with Gamma function and it is not that bad. The bigist coefficient is the first and its value is one.
There are exceptions to f''(x)
This is so awesome!
this is definitely the best course i've ever seen, and i've seen.
i admire the professor in terms i cannot explain.
but i have only one question here:
yes taylor is very local.
but what about maclaurin?
(much to say but that'd be enough for people who have an answer)
Maclaurin is just as local as taylor, no?
Sorry for the late reply (hopefully this will help someone), maclaurin is just taylor at a = 0, so I assume it would behave the same as taylor, which is just the more general form of maclaurin.
Why are the lectures always cut at the end?
The original videos have full lectures
www.perimeterinstitute.ca/video-library/collection/11/12-psi-mathematical-physics
In this case, we missed a fable. I’m good.
--> 1:02:50
>then you'll get 0^0....
Money can't buy education if you've learnt nothing from high school to graduate school