Multiplication and Division of Power Series
Uploader Comments (patrickJMT)
Top Comments
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@mikeyagiela89 hahahhhahh, i think you would have still passed without me : )
but i am happy if i made your life at least a bit easier!
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I would have failed algebra2, precalc, calc, calc2, calc3, and diff eq without you. you're my hero
All Comments (51)
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Good!, l did not see so, thank you... you are dynamic.
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@genrytov If you differentiate a function wrt x which has a term such as An x^n then you will find that the first term in the first derivative of the series is zero, so it's derivative starting at 1 is the same as starting at zero. Similarly the second derivative's first two terms are zero, so starting the sum at n=2 is the same as n=0. However, if the series is like An x^(n+r) this will not happen and you will have to start each series at zero.
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how would you find the first three nonzero terms in the series?
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YOU ARE SUCHA BETTER TEACHER THAN MY CURRENT CALC PROFESSOR
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I just noticed that writing with your LEFT hand is only useful when writing old chinese or japanese. With english writing from left to right it is HARD dont u think patrick =0
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I got (7/360)x^4 for the 3rd term.
Im scared to come across the day when even Patrick fails to help me understand a concept. I hope I never have to take that horrid class.
caligal2010 1 month ago in playlist math 2
@caligal2010 yes we can
patrickJMT 1 month ago
i wish i found u earlier x.x
StrictVision 2 months ago
@StrictVision spread the word, so that others will know : )
patrickJMT 2 months ago
Hmm, not sure I've seen this in my book. Is this just something for doing representation of a power series?
FaiththeHairstylist 1 year ago
@FaiththeHairstylist yep, just another way to produce new power series from old ones
patrickJMT 1 year ago