Expression 65: "x" equals Root Index "t" minus 1, Start Root, StartFraction, 1 Over "t" , EndFraction , End Rootx=t−11t
65
Expression 66: "y" equals left parenthesis, Root Index "t" minus 1, Start Root, StartFraction, 1 Over "t" , EndFraction , End Root , right parenthesis Superscript, "t" , Baseliney=t−11tt
66
Let's say I knew about parametric equations BEFORE I did all this. Perhaps I would have noticed in the REVERSE order that those formulas also gave the points where a power function has slope 1.
67
From a blackpenredpen video, I know x^y=y^x also has a parametric "solution". Maybe there is some geometric property of the curvy part of that line too.