A point p is a non-wandering point for f, if, for any open interval J containing p, there exists z E J and n > 0 such that f"(z) e J. Note that we do not require that p itself return to J. Let Nf) denote the set of non-wandering points for f. a. Prove that N(f) is a closed set. b. If F, is the quadratic map with p > 2+ V5, show that 2(F,) = A. c. Identify 2(F,) for each u satisfying 0 < u < 3. 2.
A point p is a non-wandering point for f, if, for any open interval J containing p, there exists z E J and n > 0 such that f"(z) e J. Note that we do not require that p itself return to J. Let Nf) denote the set of non-wandering points for f. a. Prove that N(f) is a closed set. b. If F, is the quadratic map with p > 2+ V5, show that 2(F,) = A. c. Identify 2(F,) for each u satisfying 0 < u < 3. 2.
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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![2. A point p is a non-wandering point for f, if, for any open interval J
containing p, there exists z € J and n > 0 such that f"(z) e J. Note
that we do not require thatp itself return to J. Let (f) denote the set of
non-wandering points for f.
a. Prove that N(f) is a closed set.
b. If F, is the quadratic map with p > 2+ V5, show that 2(F.) = A.
c. Identify (F.) for each u satisfying 0 <p < 3.
P](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe6dba997-101e-43e2-95cb-d4dc7d29171d%2F47bbec14-420e-4127-8847-7fcc2b912ed0%2Fmcs204t_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. A point p is a non-wandering point for f, if, for any open interval J
containing p, there exists z € J and n > 0 such that f"(z) e J. Note
that we do not require thatp itself return to J. Let (f) denote the set of
non-wandering points for f.
a. Prove that N(f) is a closed set.
b. If F, is the quadratic map with p > 2+ V5, show that 2(F.) = A.
c. Identify (F.) for each u satisfying 0 <p < 3.
P
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