An absolutely continuous function whose inverse functionis not absolutely continuous
Abstract
We construct a strictly increasing function
such that
is absolutely continuous, and
is not absolutely continuous. Functions of this type are very scarce in the literature.
![f:[0,1] \to [0,1]](https://358864.dpsou.asia/plugins/generic/latexRender/cache/daf29ff804c14856d33ff5454116a177.png)


DOI Code:
10.1285/i15900932v23n1p47
Keywords:
Absolutely continuous functions; Cantor functions
Classification:
26A46; 26A30
Full Text: PDF