Activity for azlan
| Type | On... | Excerpt | Status | Date |
|---|---|---|---|---|
| Edit | Post #293601 | Initial revision | — | over 1 year ago |
| Question | — |
Can I post questions and then answer them? Can I ask questions, granted I already have a solution at hand, for the purpose of answering them myself in order to, uh, show off particular solutions? Not the best phrasing, but I mean in an expository sense. (more) |
— | over 1 year ago |
| Comment | Post #291916 |
Thanks a lot for the answer, sorry for the late response. I'm having a little difficulty reasoning why the intervals of domains of $h(x)$ should be unique for each sequence. Could you please explain, briefly, your reasoning for the same? (more) |
— | about 2 years ago |
| Comment | Post #291911 |
Yes, exactly! Should I edit the question if this is unclear? (more) |
— | about 2 years ago |
| Edit | Post #291911 |
Post edited: |
— | about 2 years ago |
| Edit | Post #291911 | Initial revision | — | about 2 years ago |
| Question | — |
Formalizing proof of existence of roots of functional equation Hey, codidact! I've been solving for solutions to $f^n(x)=x$ where $f(x) = 4x(1-x)$ (the r=4 case of the logistic map, yes) and $f^n(x) = f(f^{n-1}(x))$ is defined recursively. Domain and range are both $[0,1]$. I think I'm almost there - just need some logic to clear the (apparently) last ... (more) |
— | about 2 years ago |