a) Show by induction that for non-negative integers n then f2n(x) is a positive number for all real numbers x. (Attached image) b) Using the result from a) why can we conclude that f9: R -> R has an inverse function? Does f10 have an inverse function? c) Given n ≥ 0: justify that lim fn(x) / ex = 0 when x approaches infinity

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ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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a) Show by induction that for non-negative integers n then f2n(x) is a positive number for all real numbers x. (Attached image)

b) Using the result from a) why can we conclude that f9: R -> R has an inverse function? Does f10 have an inverse function?

c) Given n ≥ 0: justify that lim fn(x) / ex = 0 when x approaches infinity

Σ
x2
= 1+ x +
2
fn(x)
k!
k=Q
+
n!
6
Transcribed Image Text:Σ x2 = 1+ x + 2 fn(x) k! k=Q + n! 6
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