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    Mathematics
    Calculus I & II
    Limits and Continuity
    Introduction to Limits

    Subject

    Mathematics
    Limits and Continuity
    Introduction to Limits
    Active Unit
    The Squeeze Theorem
    Special Trig Limits
    Limits and Continuity
    15 MIN READ ADVANCED

    Introduction to Limits

    Learning Objectives
    • • Master derivations of Introduction to Limits.
    • • Bridge theoretical limits with practice.
    Formal (ε, δ) Definition
    Let fff be a function defined on an open interval containing aaa. We say lim⁡x→af(x)=L\lim_{x \to a} f(x) = Llimx→a​f(x)=L if for every ϵ>0\epsilon > 0ϵ>0 there exists a δ>0\delta > 0δ>0 such that: 0<∣x−a∣<δ  ⟹  ∣f(x)−L∣<ϵ0 < |x - a| < \delta \implies |f(x) - L| < \epsilon0<∣x−a∣<δ⟹∣f(x)−L∣<ϵ
    Next Unit The Squeeze Theorem

    Section

    Limits and Continuity

    Chapter

    Calculus I & II