Assume fn → f on a set A. Theorem 6.2.6 (Continuous Limit Theorem).is an example of a typical type of question which asks whether a trait possessed by each fn is inherited by the limit function. Provide an example to show that all of the following propositions are false if the convergence is only assumed to be pointwise on A. Then go back and decide which are true under the stronger hypothesis of uniform convergence. (d) If each fn has fewer than M discontinuities (where M ∈ N is fixed), thenf has fewer than M discontinuities.
Assume fn → f on a set A. Theorem 6.2.6 (Continuous Limit Theorem).is an example of a typical type of question which asks whether a trait possessed by each fn is inherited by the limit function. Provide an example to show that all of the following propositions are false if the convergence is only assumed to be pointwise on A. Then go back and decide which are true under the stronger hypothesis of uniform convergence. (d) If each fn has fewer than M discontinuities (where M ∈ N is fixed), thenf has fewer than M discontinuities.
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 72E
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Assume fn → f on a set A. Theorem 6.2.6 (Continuous Limit Theorem).
is an example of a typical type of question which asks whether a trait possessed by each fn is inherited by the limit function. Provide an example to show that all of the following propositions are false if the convergence is only assumed to be pointwise on A. Then go back and decide which are true under the stronger hypothesis of uniform convergence.
(d) If each fn has fewer than M discontinuities (where M ∈ N is fixed), then
f has fewer than M discontinuities.
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