Let F= {f|f: R → R}, and define a relation R on Fas follows: R = {(f,g) e F xF | 3h e F(f = h o g)}. Let f, g, and h be the functions from R to R defined by the formulas f(x)=x? + 1, g(x) =x³ + 1, and h(x) =x4 + 1. Prove that hRf, but it is not the case that gRf.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Let F= {f|f: R → R}, and define a relation R on Fas follows:
R = {(f,g) e F xF | 3h e F(f = h o g)}.
Let f, g, and h be the functions from R to R defined by the formulas
f(x)=x? + 1, g(x) =x³ + 1, and h(x) =x4 + 1. Prove that hRf, but it is
not the case that gRf.
Transcribed Image Text:Let F= {f|f: R → R}, and define a relation R on Fas follows: R = {(f,g) e F xF | 3h e F(f = h o g)}. Let f, g, and h be the functions from R to R defined by the formulas f(x)=x? + 1, g(x) =x³ + 1, and h(x) =x4 + 1. Prove that hRf, but it is not the case that gRf.
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