This is impossible to solve as it isn't given that the space these points are located in is Euclidean.
this post was submitted on 27 Apr 2024
180 points (99.5% liked)
Calvin and Hobbes
5658 readers
218 users here now
Hello fellow Calvin and Hobbes fans!
About this community and how I post the comic strip… The comics are posted in chronological order on the day (usually) they were released. Posting them to match the release date adds a bit of fun and nostalgia to match the experience of reading them in the newspaper for first time. Many moons ago, I would ask my Dad to save the newspaper for me everyday so I could read my favorite comic strips. It really sucked when I missed a day. Only years later, when I got the books was I able to catch up on the missed strips.
Calvin and Hobbes is a daily American comic strip created by cartoonist Bill Watterson that was syndicated from November 18, 1985, to December 31, 1995. Commonly cited as "the last great newspaper comic",[2][3][4] Calvin and Hobbes has enjoyed broad and enduring popularity, influence, and academic and philosophical interest… Read more: https://en.wikipedia.org/wiki/Calvin_and_Hobbes
Hope you enjoy and feel free to contribute to the community with art, cool stuff about the author, tattoos, toys and anything else, as long it’s Calvin and Hobbes!
Ps. Sub to all my comic strip communities:
Bloom County [email protected] https://lemm.ee/c/bloomcounty
Calvin and Hobbes [email protected] https://lemmy.world/c/calvinandhobbes
Cyanide and Happiness !cyanideandhappiness https://lemm.ee/c/cyanideandhappiness
Garfield [email protected] https://lemmy.world/c/garfield
The Far Side [email protected] https://lemmy.world/c/[email protected]
Fine print: All comics I post are freely available online. In no way am I claiming ownership, copyright or anything else. This is a not for profit community, we just want to enjoy our comics, thank you.
founded 1 year ago
MODERATORS
Not really, you just have to solve for all possible geometries, including non-euclidian. Should be trivial.
I'm glad I wasn't the only one teased into trying to solve this. If you plot them on a straight line it's a fairly straightforward 10". But the problem doesn't tell you that, so yes, I don't think we have enough information to solve
I guess maybe there's an image on the sheet he's looking at. Otherwise, yeah, not possible to solve with just that info.
Anywhere from 3-1/3" to 10" depending on where point A is located in space relative to B and C...
Yeah, isn’t this unsolvable to a single answer based on the data provided?
Yeah, B can be located anywhere on a sphere centered on A with a radius of 1/2 the distance from A to C.
Or I suppose you could just call it a circle since three points define a plane.
Really bold of them to give a triangle problem without specifying any angles.
With the law of cosine, we have:
X^2 =25/(5-4cosα)
You guys learn inches in school?
Yup, and most electronics worldwide are still based on 0.1 inch increments.
I’m a designer and had to learn points and pico in art school. Those are inch based too (and totally useless in digital layouts). Metric is so easy that we all get it and use it when it makes sense. Largely with 3D printing and automotive fasteners (yeah even most of the “American” cars).
The real problem is the US and UK dominated manufacturing, and electronics in the early days and both used imperial units (though not always the same units). And because of that old used machine tools are all inch standard and how we learn and do hobbies. That and metric hardware is way more expensive in the states. I can get 1/3 of the fasteners in metric for the same money.
I had this posted over my when I was at engineering college!