The second set of questions is about the Fibonacci numbers. Recall that the Fibonacci sequence is a sequence of numbers fn defined by the fact that fi = 1, fa = 1, and for n 2 3, fn = fn-1 + fn-2- 1 a) Consider the rational function Find the first four terms of the Taylor Series centered at r = 0 of this function. Notice anything? 1 1b) Show that the Taylor Series centered at r= 0 of f(r) is precisely n-1 where fn is the Fibonacci Sequence. (Hint: Do not attempt this by doing calculus. Instead, set the series equal to f(1) and solve successively for the coefficients of that power series.) 1c) Note that -r-r+1 is a reducible polynomial over the reals with roots r= A. Use this to find a partial fraction decomposition for f(1). 1d) Use the partial fraction decomposition for f(r) to find an alternative power series representation for the function, and conclude that fn

The second set of questions is about the Fibonacci numbers. Recall that the Fibonacci sequence is a sequence of numbers fn defined by the fact that fi = 1, fa = 1, and for n 2 3, fn = fn-1 + fn-2- 1 a) Consider the rational function Find the first four terms of the Taylor Series centered at r = 0 of this function. Notice anything? 1 1b) Show that the Taylor Series centered at r= 0 of f(r) is precisely n-1 where fn is the Fibonacci Sequence. (Hint: Do not attempt this by doing calculus. Instead, set the series equal to f(1) and solve successively for the coefficients of that power series.) 1c) Note that -r-r+1 is a reducible polynomial over the reals with roots r= A. Use this to find a partial fraction decomposition for f(1). 1d) Use the partial fraction decomposition for f(r) to find an alternative power series representation for the function, and conclude that fn

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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