Show that f"(0) = 0. Use induction and the ideas from the above to show that f(k)(0) = 0 for every k and conclude that f = 0. %3D Assume that g(r) =anr" on (–R, R). Instead of assuming that f(In) = 0 assume n=0 that f(x,) = g(rn) for all n. Show that f(x) = g(x) on (–R, R).
Show that f"(0) = 0. Use induction and the ideas from the above to show that f(k)(0) = 0 for every k and conclude that f = 0. %3D Assume that g(r) =anr" on (–R, R). Instead of assuming that f(In) = 0 assume n=0 that f(x,) = g(rn) for all n. Show that f(x) = g(x) on (–R, R).
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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Transcribed Image Text:Show that f"(0) = 0.
Use induction and the ideas from the above to show that f(k) (0) = 0 for every k and
conclude that f = 0.
Assume that g(x) = > ant" on (-R, R). Instead of assuming that f(xn) = 0 assume
n=0
that f(xn) = g(x,n) for all n. Show that f(x) = g(x) on (-R, R).

Transcribed Image Text:Let f(r) = > anx" converges on an interval (-R, R) and let In be a non zero sequence in
n=0
(-R, R) that converges to 0. If f(xn) = 0 for every n show that
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