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/Part 4: Measure Theory and Integration/Chapter 15: Measurable Functions/Section 15.1: Measurable Functions

Definition 15.1.1 (Measurable Function). Let $(X, \cm)$ and $(Y, \cn)$ be measurable spaces and $f: X \to Y$ be a mapping, then $f$ is $(\cm, \cn)$-measurable if $f^{-1}(E) \in \cm$ for all $E \in \cn$.

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