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-a" (a) Find the Taylor series for sinx about x 0, and prove that it converges...
5. Let f(x)- arctan(x) (a) (3 marks) Find the Taylor series about a 0 for f(x). Hint: - arctan(x) - dx You may assume that the Taylor series for f(x) converges to f (x) for values of x in the interval of convergence (b) (3 marks) What is the radius of convergence of the Taylor series for f(x)? Show that the Taylor series converges at x-1. (c) (3 marks) Hence, write T as a series (d) (3 marks) Go to...
5. Let f(z) = arctan(z) (a) (3 marks) Find the Taylor series about r)Hint: darctan( You may assume that the Taylor series for f(x) converges to f(x) for values of r in the interval of convergence (b) (3 marks) What is the radius of convergence of the Taylor series for f(z)? Show that the Taylor series converges at z = 1 (c) (3 marks) Hence, write as a series. (d) (3 marks) Go to https://teaching.smp.uq.edu.au/scims Calculus/Series.html. Use the interactive animation...
Use this list of Basic Taylor Series to find the Taylor Series for tan-1(x) based at 0. Give your answer using summation notation, write out the first three non-zero terms, and give the interval on which the series converges. (if you need to enter 00, use the 00 button in CalcPad or type "infinity" in all lower-case.) The Taylor series for tan -1(x) is: The first three non-zero terms are: + + + The Taylor series converges to tan-1(x) for...
Use this list of Basic Taylor Series to find the Taylor Series for f(x) = - based at 0. Give your answer using summation notation, write out the first three non-zero terms, and give the interval on which the series converges. (If you need to enter co, use the co button in CalcPad or type "infinity" in all lower-case.) The Taylor series for R(x) is: The Taylor series converges to f(x) for all x in the interval: -
I am not sure how to do this. How do you know if a series of function converges uniformly? How to prove this? 6. Prove that the series Š(- 1) converges uniformly in every bounded interval, but does not converge absolutely for any value of x.
2 1. The Taylor series for a function f about x =0 is given by k=1 Ikitt (a) Find f(")(). Show the work that leads to your answer. (b) Use the ratio test to find the radius of convergence of the Taylor series for f about x=0. c) Find the interval of convergence of the Taylor series of f. (a) Use the second-degree Taylor polynomial for f about x = 0 to approximate s(4)
(6.43) Find the Taylor series for V1 – 2 using powers of x. Prove that this series converges to V1 – 2 for 8 € (-1,0).
3.)Find the Taylor Series and the radius of convergence (don't do interval ) for a) f(x) = sinx about a = b) f(x) = x about a = 16
(1) Prove the Abel criterion for uniform convergence: 4. Suppose the series of functions 2 (x converges uniformly in some interval I. Suppose for every x E I, san(x)) forms a monotonic series, and that there is a constant K such that Then the series converges uniformly in I. (2) Using Abel criterion, compute the following limit: m- n 1 rn n= (1) Prove the Abel criterion for uniform convergence: 4. Suppose the series of functions 2 (x converges uniformly...
2. Find the Taylor series about x = 0 for x ^ 2 * cos(x ^ 2) . Also, find an expression for the general term of the series if the index starts with k = 0 0. (Hint: First find the Taylor series for cos x ^ 2 2. Find the Taylor series about x = 0 for x?cos(x?). Also, find an expression for the general term of the series if the index starts with k = 0. (Hint:...