Question 4. Let f be the function defined by the series f(z) = E for all z such that -1 < z < 1. Which statements do hold? a) The series converges absolutely. b) The derivative is f'(2) = [=". c) The derivative is s'(x) = £=". d) The derivative equals f'(z) :

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Question 4. Let ƒ be the function defined by the series f(r) =
for all r such that -1 <r < 1. Which
%3D
n=1
statements do hold?
a) The series converges absolutely.
b) The derivative is f'(x) = E=".
n=1
c) The derivative is f'(2) = E".
d) The derivative equals f'(r) =
1-r
8WI
Transcribed Image Text:Question 4. Let ƒ be the function defined by the series f(r) = for all r such that -1 <r < 1. Which %3D n=1 statements do hold? a) The series converges absolutely. b) The derivative is f'(x) = E=". n=1 c) The derivative is f'(2) = E". d) The derivative equals f'(r) = 1-r 8WI
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