[0, 1]. Prove that x e C iffx has a ternary expansion with a, e {0,2} for 1. Let I be the interval [0, 1]. Remove the open middle third segment (.2) ana let Aj be the set that remains. That is, A1= Then remove the open middle third segment from each of the two parts of A, and call the remaining set A2. Thus A2 = Continue in this manner. That is, given Ak, remove the open middle third segment from each of the closed segments whose union is A, and call the remaining set Ak+1. Note that A1 2 A2 2 A3 2 ·... and that for each k e N, Ak is the union of 2* closed intervals each of length 3 . The set C = 4 is called the Cantor set. k%3D1 (a) Prove that C is compact. (b) Let x = 0.aja2az •*… be the ternary (base 3) expansion of a number ... all n e N. (c) Prove that C is uncountable. (d) Prove that C contains no intervals.
[0, 1]. Prove that x e C iffx has a ternary expansion with a, e {0,2} for 1. Let I be the interval [0, 1]. Remove the open middle third segment (.2) ana let Aj be the set that remains. That is, A1= Then remove the open middle third segment from each of the two parts of A, and call the remaining set A2. Thus A2 = Continue in this manner. That is, given Ak, remove the open middle third segment from each of the closed segments whose union is A, and call the remaining set Ak+1. Note that A1 2 A2 2 A3 2 ·... and that for each k e N, Ak is the union of 2* closed intervals each of length 3 . The set C = 4 is called the Cantor set. k%3D1 (a) Prove that C is compact. (b) Let x = 0.aja2az •*… be the ternary (base 3) expansion of a number ... all n e N. (c) Prove that C is uncountable. (d) Prove that C contains no intervals.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.1: Infinite Sequences And Summation Notation
Problem 74E
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