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13 Nov 2019
Calculus 2: Please solve number 12. Show step by step solution. My professor posted the solution to number 12 but I'm really confused on how to get the answer.
Professor's answer to the problem is 0.485. Please help me solve this
C Secure https://bbcsulb desire2learn.com d리/le/content/4041/4Menontent 4441 994/View :: Apps D n son Sign ln Free Office 365 use f D office Hours Fall 20 Quest n n I ing Assignment 0 Mat Q Rev c Questions C Q o am Design &ã ë© Csi 11 7 midterm FI * Retwr n the nelt a) f(x) = T-Tr 9. Find a power series representation for f(x) (at x 0) and give the interval of convergence. (b) f(x) =-77 (a) f(z) = ln (2-x) 10. Find the Taylor series for /(z)-nz: centered at (z = 2 11. (a) Find the Maclaurin series for f(x) V1 +r. (b) Use (a) to find f12) (0) 1/2 12. Approximate dx to three decimal places using power series ëë 227 AM Type here to search
Calculus 2: Please solve number 12. Show step by step solution. My professor posted the solution to number 12 but I'm really confused on how to get the answer.
Professor's answer to the problem is 0.485. Please help me solve this
C Secure https://bbcsulb desire2learn.com d리/le/content/4041/4Menontent 4441 994/View :: Apps D n son Sign ln Free Office 365 use f D office Hours Fall 20 Quest n n I ing Assignment 0 Mat Q Rev c Questions C Q o am Design &ã ë© Csi 11 7 midterm FI * Retwr n the nelt a) f(x) = T-Tr 9. Find a power series representation for f(x) (at x 0) and give the interval of convergence. (b) f(x) =-77 (a) f(z) = ln (2-x) 10. Find the Taylor series for /(z)-nz: centered at (z = 2 11. (a) Find the Maclaurin series for f(x) V1 +r. (b) Use (a) to find f12) (0) 1/2 12. Approximate dx to three decimal places using power series ëë 227 AM Type here to search
Trinidad TremblayLv2
14 May 2019
