8. A space has "the fixed point property" if every continuous function f: X → Y leaves at least one fixed point, i.e. there exists such that x in X such that f(x)=x. Prove that the fixed point property is a topological property..
8. A space has "the fixed point property" if every continuous function f: X → Y leaves at least one fixed point, i.e. there exists such that x in X such that f(x)=x. Prove that the fixed point property is a topological property..
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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8. A space has "the fixed point property" if every continuous function f: X → Y leaves at
least one fixed point, i.e. there exists such that x in X such that f(x)=x. Prove that the
fixed point property is a topological property..
Expert Solution

Step 1: Given.
Given: 8. Suppose is any set and is a continuous function. The point is said to be fixed point of if .
To show: Fixed point property is a topological property.
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