A fixed point of a function f is a number c in its domain such that f(C)=c (The function doesn't move c; it stays fixed) (A) Sketch the graph of a continuous function with domain [0,1] whose range also lies in [0, 1]- Locate a fixed point of f (b) Try to draw the graph of a continuos function with domain [0, 1] and range in [0, 1] that does not have a fixed point. What is the obstacle? (c) Use the intermediate value theorem to prove that any continuous function with domain [0, 1] and range in [0, 1] must have a fixed point.
A fixed point of a function f is a number c in its domain such that f(C)=c (The function doesn't move c; it stays fixed) (A) Sketch the graph of a continuous function with domain [0,1] whose range also lies in [0, 1]- Locate a fixed point of f (b) Try to draw the graph of a continuos function with domain [0, 1] and range in [0, 1] that does not have a fixed point. What is the obstacle? (c) Use the intermediate value theorem to prove that any continuous function with domain [0, 1] and range in [0, 1] must have a fixed point.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.1: Inverse Functions
Problem 62E
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A fixed point of a function f is a number c in its domain such that f(C)=c (The function doesn't move c; it stays fixed)
(A) Sketch the graph of a continuous function with domain [0,1] whose range also lies in [0, 1]- Locate a fixed point of f
(b) Try to draw the graph of a continuos function with domain [0, 1] and range in [0, 1] that does not have a fixed point. What is the obstacle?
(c) Use the intermediate value theorem to prove that any continuous function with domain [0, 1] and range in [0, 1] must have a fixed point.
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