Discover the Relationship Between Even Functions and Modulus of Continuity

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SUMMARY

The discussion focuses on the relationship between even functions and the modulus of continuity, specifically demonstrating that for an even function f defined on the interval [-a, a], the modulus of continuity ω(f;[-a,a];δ) is equal to ω(f;[0,a];ε). The notation used for the modulus of continuity is clarified as ω(f;[a,b];δ) = sup |f(x)-f(y)| for x, y in [a,b] where |x-y| ≤ δ. This establishes a foundational understanding of how even functions behave in relation to continuity over symmetric intervals.

PREREQUISITES
  • Understanding of even functions and their properties
  • Familiarity with the concept of modulus of continuity
  • Basic knowledge of supremum and its application in mathematical analysis
  • Experience with interval notation and inequalities
NEXT STEPS
  • Study the properties of even functions in more depth
  • Research the definition and applications of modulus of continuity
  • Explore examples of continuity in real analysis
  • Learn about the implications of continuity on function behavior
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Mathematicians, students studying real analysis, and anyone interested in the properties of even functions and continuity in mathematical contexts.

matt_747
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If f is an even function on [-a,a] , show that ω(f;[-a,a];δ) = ω(f;[0,a];ε) .

help will be appreciated so much
 
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Could you explain your notation? It's not entirely standard.
 
ω(f;[a,b];δ)= sup |f(x)-f(y)| that x,y ϵ[a,b] and |x-y|≤δ
 

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