Find the Taylor series centered at cand the interval of convergence for #13 & 14 13) f(x) = ln(1 +2x) 14)(x) = 2sin(x) 1

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Find the Taylor series centered at cand the interval of convergence for #13 & 14 13) f(x) = ln(1 +2x) 14)(x) = 2sin(x) 1

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Find The Taylor Series Centered At Cand The Interval Of Convergence For 13 14 13 F X Ln 1 2x 14 X 2sin X 1 1
Find The Taylor Series Centered At Cand The Interval Of Convergence For 13 14 13 F X Ln 1 2x 14 X 2sin X 1 1 (42.8 KiB) Viewed 22 times
Find the Taylor series centered at cand the interval of convergence for #13 & 14 13) f(x) = ln(1 +2x) 14)(x) = 2sin(x) 15) Convert to polar coordinates. al (0,-5) b) (3V2,3V21 16) Convert to rectangular coordinates al(-2,5 b)(0-5 17) Convert to a polar equation a) x = 10 bly = x2 + y2 18) Convert to a rectangular equation. ar-2 bir = 2csco Extra Credit: a) Is the ratio test conclusive for b) is it conclusive for Ea?
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