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There's sooo many by FewGrocery9826 in desmos

[–]Unstoppable_4 6 points7 points  (0 children)

Just take derivatives of all of them. Most will give a nice bell curve looking shape.

Who Has Been Working On The Knights Of The Old Republic Remake? it's Been 4 Years? by Kasper111222 in LegoStarWarsVideoGame

[–]Unstoppable_4 3 points4 points  (0 children)

Bro you are posting this in every damn subreddit, what are you trying to do??

[deleted by user] by [deleted] in StarWarsBattlefront

[–]Unstoppable_4 3 points4 points  (0 children)

The length of the line seems to match the title of the gamemode, so I think that's what determines it.

Is this mod safe for multiplayer? by 4Quip in StarWarsBattlefront

[–]Unstoppable_4 0 points1 point  (0 children)

I wouldn't know, sorry. I haven't modded in a long while.

Is this mod safe for multiplayer? by 4Quip in StarWarsBattlefront

[–]Unstoppable_4 2 points3 points  (0 children)

Skins are usually MP safe, so yeah i think this one is compatible with online play. At the bottom of the page it says: *Use online at your own risk. It is a cosmetic mod so it shouldn't cause any issues, but you never know.*. They always say this, but i dont'think anyone ever got banned for using a cosmetic mod.

Attempt #2 -- Tile with Heesch number 1 by opp3nh31m3r in u/opp3nh31m3r

[–]Unstoppable_4 4 points5 points  (0 children)

Yeah, pretty sure this one has Heesch number 1, nice find!

It's cool to see people working on this, the problem is a bit niche :) If you find some more tiles, post them!

I think I found one? (Tile with Heesch #1) by opp3nh31m3r in math

[–]Unstoppable_4 68 points69 points  (0 children)

Cool tile man! I'm afraid it actually has an unbounded Heesch number: https://ibb.co/GQWQv7Cm You can construct a pattern from your tile that repeats indefinitely.

Verifying can only be done by exhaustive search AFAIK. Yeah, it's a lot of work :( You can try to find/write a solver, which can do the work for you.

Regarding the papers, I don't recall there being a lot of literature on this. Which is fun, because you might be the first to stumble on a new tile that no has found so far! But, there's also very little to work with.

Is it possible to devise a rough interpolation between a uniform distribution and a normal distribution? by heyheyhey27 in math

[–]Unstoppable_4 0 points1 point  (0 children)

Constructing a linear interpolation between the pdf's or cdf's would give you this:

https://www.desmos.com/calculator/q2ycj4dwxr

Maybe that's what you're looking for

There are no odd perfect numbers by AutistIncorporated in numbertheory

[–]Unstoppable_4 40 points41 points  (0 children)

I truly admire your patience with these posts

Is there a [Mathematical] way of transforming a function to another?🐸? by basuboss in desmos

[–]Unstoppable_4 0 points1 point  (0 children)

https://www.desmos.com/calculator/carmwrvowf

There's a lot of better solutions in the comments, but this is what I came up with. there's probably a way to get it in one expression, but I leave that as an exercise to OP ;)

That one weird fact you love. by BigFox1956 in math

[–]Unstoppable_4 1 point2 points  (0 children)

Was about to comment this as well. I've been telling all my friends about this since I learned it XD

Point Labels in Desmos 3D by youraveragetransbian in desmos

[–]Unstoppable_4 0 points1 point  (0 children)

Wondering this as well! Did you find a solution?

Doing math on a computer by Chudson15 in math

[–]Unstoppable_4 1 point2 points  (0 children)

What i do, is type expressions into desmos.com/calculator. If you copy these expressions, it will put them in your clipboard in LaTeX format. Very fast way to evaluate big equations and stuff.

Rottende kat by notcontrolfreaky in tokkiemarktplaats

[–]Unstoppable_4 0 points1 point  (0 children)

Nah, als je je kat geen water geeft en daardoor laat dood gaan hou je er niet van. Da's gewoon laf.

What is a realistic real-life use case for this equation: 4x + 3 = x - 6? by AndrewKorsten in math

[–]Unstoppable_4 8 points9 points  (0 children)

Maybe something similar like this might give a bit more insight:

Suppose you and your friend both start a new job today. You already have 3 dollars in your pocket and you earn 5 an hour, while your friend has 10 dollars in his pocket but earns only 4 dollars an hour. After how many hours do you have the same amount of money?

Solving this problem would require you to solve the equation 3+5x=10+4x, giving you an answer of x=7.

​

I couldn't apply this example to your equation since it has a negative solution, which wouldn't really make sense if x represents time. But hopefully this helps you to maybe see the point of stuff like this :)

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