#Taylor series

12 messages · Page 1 of 1 (latest)

wintry fiber
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so i am pretty sure that i need to use taylor series to find the a-d values however have i don this the right way?

junior heron
wintry fiber
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Ahh i have made a mistake will re upload what i have done

wintry fiber
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sorry i was working on something else, this is the corrections that i have

lost drift
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the partial derivatives on the RHS of last equations should be applied to T at u, no?
Also don't you want to apply it for u=0?

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Are you supposed to find an adequate value for n?

wintry fiber
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honestly i have no idea this is all we have been given as the question

lost drift
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from what i understand, T_n is the nth derivative, and if the idea is to determine n like you determine a, b, c, d, then you can set n=0

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"determine n" as in find one that makes it work

wintry fiber
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i honestly do not know, thank for a different perspective though