this post was submitted on 15 Jul 2024
3 points (100.0% liked)
dailygames
1147 readers
39 users here now
Community for daily games like Wordle, Jumblie, Connections etc.
Post your daily games and scores. Discover new games and discuss with others.
Find games
- The most comprehensive list of Wordle-like games and resources
- Lemmy-Thread featuring a lot of Wordle-style recommendations
- NYT Games Various puzzles including the original Wordle
- The Dles Curated collection of 200+ daily games
Share your results
It’s useful to wrap your results in a markdown codeblock to preserve the layout. Put three backticks ``` before and after your result to create a codeblock.
🟨🟨⬛⬛⬛
🟨🟩⬛⬛⬛
🟩🟩🟨🟨⬛
🟩🟩🟩🟩🟩
Spoilers
Please put possible spoilers in spoiler tags
visible spoiler title
hidden content
Rules
- Be nice!
- Don't cheat!
founded 8 months ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
Praseodymium ➡️ Paper Clip ⏰ 02:38 🦶4
Path
(Praseodymium ➡️ Metal ➡️ Metallurgy ➡️ Die_(manufacturing) ➡️ Paper_clip)Notes
This one took so many restarts before I found a good route. I felt like I was in orbit around "Paper_clip" with no way to get there. I thought that going down the rabbit hole of how paper clips are formed would be the best way, but I kept getting caught up on "Wire", which maddeningly does not lead to the solution.I still think there's a way to do it in 3, but I don't have the energy to try just yet. I'll update if I find it.
Praseodymium ➡️ Paper Clip ⏰ 00:42 🦶3
Path
(Praseodymium ➡️ Oxidation_state ➡️ Properties_of_water ➡️ Paper_clip)Notes
Pathing through "Oxidation_state" gives access to a table of oxides at the bottom of the article. In that table is a link to "Properties_of_water" which has a section on surface tension. That section includes a photo of a "Paper_clip" that is prevented from submerging due to surface tension.This is such a bizarre path!