b0thvar
@b0thvar.bsky.social
Avid DIYer, dog parent
Video games: Most anticipated - Witcher 4, Currently playing - Games I forgot I had in my steam library and have never played before
Favorite podcasts: @100percenteat.com, @clutchmypearlspod.bsky.social, and Regulation Podcast
Video games: Most anticipated - Witcher 4, Currently playing - Games I forgot I had in my steam library and have never played before
Favorite podcasts: @100percenteat.com, @clutchmypearlspod.bsky.social, and Regulation Podcast
Europe and Asia aren't separated either...
There are different definitions for the number of continents of the world. According to a few websites I checked most English speaking countries teach the 7 continent model: Australia, Asia, South America, Africa, Europe, and North America, and Antarctica
There are different definitions for the number of continents of the world. According to a few websites I checked most English speaking countries teach the 7 continent model: Australia, Asia, South America, Africa, Europe, and North America, and Antarctica
May 9, 2025 at 4:55 AM
Europe and Asia aren't separated either...
There are different definitions for the number of continents of the world. According to a few websites I checked most English speaking countries teach the 7 continent model: Australia, Asia, South America, Africa, Europe, and North America, and Antarctica
There are different definitions for the number of continents of the world. According to a few websites I checked most English speaking countries teach the 7 continent model: Australia, Asia, South America, Africa, Europe, and North America, and Antarctica
I'm not sure if you are running into a rounding issue or something else.
I first solved like others mentioned by finding the hypotenus (H=L3) and then found the L4 leg by scaling up L1 by the percent that L3 increased compared to L2.
What I drew in the pic is another way to solve using tan(x).
I first solved like others mentioned by finding the hypotenus (H=L3) and then found the L4 leg by scaling up L1 by the percent that L3 increased compared to L2.
What I drew in the pic is another way to solve using tan(x).
February 7, 2025 at 7:12 PM
I'm not sure if you are running into a rounding issue or something else.
I first solved like others mentioned by finding the hypotenus (H=L3) and then found the L4 leg by scaling up L1 by the percent that L3 increased compared to L2.
What I drew in the pic is another way to solve using tan(x).
I first solved like others mentioned by finding the hypotenus (H=L3) and then found the L4 leg by scaling up L1 by the percent that L3 increased compared to L2.
What I drew in the pic is another way to solve using tan(x).
I was homeschooled and had a wooden version of that to "learn geometry."
January 28, 2025 at 12:37 PM
I was homeschooled and had a wooden version of that to "learn geometry."