r/Euclidea • u/blue_green_orange • Jan 29 '18
r/Euclidea • u/Doggfite • Sep 14 '19
Anyone here play Xsection by the same developer?
I'm stuck in a couple of puzzles and cannot find any help online, all of the YouTube videos of solutions are for a like different version of the app that does not contain the same puzzles.
r/Euclidea • u/megalsn123 • Aug 14 '17
Any solution for 2.2 because everywhere on the internet it is the rhombus in a triangle but i got intersection of angle bisectors?
r/Euclidea • u/[deleted] • Sep 25 '20
10.9 has me confused. Majorly.
Alright, so I've somehow worked my way up to 10.9 without the need of too many walkthrough videos. Of course, I try to finish the level as best I can but when I can't after ~25 attempts, I go looking for a video to at least get a semblance of an answer. The only problem is that every video:
is actually covering a completely different level (i.e. 3 degree angle)
is just a text post in Korean (yes there were multiple)
doesn't actually help because they're on a device that doesn't highlight points when they're used (eg tablet, phone)
I've been stuck on this one for about a week and a half now and all I know is that you start like this:

r/Euclidea • u/verpin_zal • May 31 '20
New challenges: 4.11 Square by two vertices [spoilers] Spoiler
Did anyone solve this? 7e 7l is fairly easy but there‘s absolutely no way that there are more than 2 solutions, like it says there are three. Only two vertices are given and the other 2 vertices can only be in a position upper and lower to these in perpendicular. Can anyone chime in?
r/Euclidea • u/verpin_zal • Jan 06 '20
10.11 Three Circles 2
Does anyone know the new/updated 13e solution for this level? Searched it on google to no avail. Been so long and I can’t solve it, I give up. It’s my only missing star to unlocking last three sections.
r/Euclidea • u/catsloveart • Jan 09 '19
Any help with Eta 7.8
Euclidea app was updated. There is a new Eta 7.8. Link https://imgur.com/gallery/bBHCDfq
I can't get the E star and I need some kind of hint.
r/Euclidea • u/Emeryaku3792 • Feb 16 '20
Help me in V stars!!!
I need help to find the Last V star in beta, can somebody help me? I've already found the 2.3 one
r/Euclidea • u/PepSakdoek • Apr 04 '19
I caved and watched a youtube solution, but it doesn't help me understand better
9.1 Minimum distance.
So you draw a circle between the 2 lines' vertice and the given point, and then you draw 2 circles seemingly arbitrary (other than that their origin lies on the 2 lines) and then you connect the overlapping points from the first circle and the the 2 secondary circles.
Why would that give me the "minimum"?