Worse is better. Is there an example?

Question

Is there a widely-used algorithm that has time complexity worse than that of another known algorithm but it is a better choice in all practical si

Answer 1

I've always understood the term 'worse is better' to relate to problems with correct solutions that are very complex where an approximate (or good enough) solution exists that is relatively easier to comprehend.

This makes for easier design, production, and maintenance.