Prove that T2 is chaotic on 1.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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The following exercises apply to the tent map
2z
T2(z) =
2(1 - z) 1/2 SIS1
= }. To describe the
Note that the maximum of T is 1 and occurs at z
dynamics of T2 via symbolic dy namics, we thus need to modify E2 somewhat
since there is an ambiguity in the sequence associated to any rational number
of the form p/2* where p is an integer. For example, 1/2 may be described by
either (11000...) or (01000...). To remedy this, we identify any two sequences
of the form (so...s-1 1000...), where = 0 or 1. For example, the sequences
(1101000...) and (1111000...) are to be thought of as representing the same
point. Let E denote E2 with these identifications.
6. Prove that S:I - E, is one-to-one, where S(2) is defined as in §1.7.
IS
7. Prove that o o S = So Tz.
8. Prove that Tz has exactly 2" periodic points of period n.
9. Prove that T2 is chaotic on I.
Transcribed Image Text:The following exercises apply to the tent map 2z T2(z) = 2(1 - z) 1/2 SIS1 = }. To describe the Note that the maximum of T is 1 and occurs at z dynamics of T2 via symbolic dy namics, we thus need to modify E2 somewhat since there is an ambiguity in the sequence associated to any rational number of the form p/2* where p is an integer. For example, 1/2 may be described by either (11000...) or (01000...). To remedy this, we identify any two sequences of the form (so...s-1 1000...), where = 0 or 1. For example, the sequences (1101000...) and (1111000...) are to be thought of as representing the same point. Let E denote E2 with these identifications. 6. Prove that S:I - E, is one-to-one, where S(2) is defined as in §1.7. IS 7. Prove that o o S = So Tz. 8. Prove that Tz has exactly 2" periodic points of period n. 9. Prove that T2 is chaotic on I.
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