video1.0<iframe src="https://www.loom.com/embed/7da797d67a8e47f4a154f7aafa4b6f0c" frameborder="0" width="1920" height="1440" webkitallowfullscreen mozallowfullscreen allowfullscreen></iframe>14401920Loomhttps://www.loom.com14401920https://cdn.loom.com/sessions/thumbnails/7da797d67a8e47f4a154f7aafa4b6f0c-00001.gif2899.4hi! I recommend 1.2x or 1.5x speed. IN THIS VIDEO, I introduce MANY different recursive tracing / visualization techniques. My favorite one is the tree one that I showed in section because I feel it represents recursion very naturally! Feel free to pick whichever one makes more sense to you this is recursive mystery just 1 and 2 intro to THREE recursive tracing visualization patterns: 0:49 - 2:50 recursive tracing mystery #1: 2:50 { - recurve tracing #1 question #1 -> stack visual representation: 3:40 - recursive tracing #1 question #1 -> tree visual representation: 4:25 - recursive tracing #1 question #1 -> directory / written representation: 5:01 - recursive tracing #1` question 2 -> stack visual representation 5:25 - recursive tracing #1` question 2 -> tree visual representation: 9:26 - recursive tracing #1` question 2 -> directory/written visual representation : 13:03 - recursive tracing #1 question 3-> stack visual representation : 16:54 - recursive tracing #1 question 3-> tree visual representation : 22:18 - recursive tracing #1 question 3-> directory/visual representation : 26:05 - recursive tracing mystery #1: question 4 29:00 (I use the tree structure only for this one!) } ------------------------------------ recursive tracing mystery #2: 32:30 { - recursive tracing mystery #2: question 1 - stack visual representation : 33:20 - recursive tracing mystery #2 question 2- stack visual representation : 32:30 - recursive tracing mystery #2 question 2- tree visual representation : 38:40 - recursive tracing mystery #2 question 2- directory/written visual representation : 41:22 - recursive tracing mystery #2 question 3- 45:00 (only solved w/ tree visual) }