Domain changed to archive.palanq.win . Feb 14-25 still awaits import.

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Helppp

No.1550077 View ViewReplyOriginalReport
(repost on a different board) I'm beyond confused right now, so does anyone remember the game happy meat farm? Or was it like an analogue horror or something? Regardless I VIVIDLY remember kubz scouts playing/reacting to it but I can't find it anywhere bro, only the other game happy humbles burger farm , which isn't the game, I don't know who else it could have been because the only people I watched way back then when I first saw the video was kubz, Laurenzside , gloom and idk who else, I only still watch kubz now and I wanna find the video again if it was him playing - I don't know, I just remember someone around 2018-2022 playing it, because I know I didn't because it showed the stuff with the site which I would not have figured out alone- if anyone has a clue please let me know I can't sleep because I need to find ts

Sega Mega Drama

No.1550059 View ViewReplyOriginalReport
Can someone change DRIVE to DRAMA.
Reuse the M and A from MEGA.
Sometimes it just feels right to use when there's a lot of unnecessary drama.
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No.1549836 View ViewReplyOriginalReport
Is there A way to disable/turn off google's ai overview? I can't stand it anymore and if there isn't I'll stop using google for good.

Help me find the romance anime film (2010-2020)

No.1550040 View ViewReplyOriginalReport
I’ve been trying to remember an anime romance movie I saw a few years ago and I can’t find it anywhere. Maybe you guys can help.

Here’s what I remember:

The animation style is similar to Your Name.

It’s a romance story.

The girl dies by getting run over

The movie is from around 2010–2020.

The tomb has an M like the McDonalds logo

RGB software and fan control

No.1550046 View ViewReplyOriginalReport
Finally deciding to cut the chord with Lian Li's products and software save maybe for the AIO. Need something that does a good job of controlling fanspeed and RGB without a ton of hassle to setup

Any rich anon out there? Help me out please...

No.1550026 View ViewReplyOriginalReport
I have no idea how I'll make it tomorrow... can a rich anon save me from the debt I've accumulated despite working my ass off every day? Life has piled up way too much at once for me and I feel like I can't take it anymore... I can't start another day on a minus or a zero. I don't know how much 10k zl (PLN) is in dollars but I know I'm worthy of saving if anyone could find it in their heart to take a chance on me.

I eat no sweets, drink no alcohol, barely ever have sex and live a minimalistic life that's only ever disrupted by assholes (like my neighbours). My only desire is to do something positive for disabled people in general and create films.
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Okori-jizō (1983)

No.1549487 View ViewReplyOriginalReport
Does anyone know where I could find a copy?
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Electrostatics Boundary Value Problem 2nd Order Issue

No.1550044 View ViewReplyOriginalReport
I am trying to solve the following problem. There doesn't seem to be any literature or exercises with this solutions available. The problem is as follows:

Given is a tilted cylindrical body. The height of the cylinder is b in the z-direction. At ρ = 0, a positive current flows into the cylinder. At ρ = c, a negative current flows out. The sum of the incoming and outgoing currents is 0. The cylinder has a conductivity σ. The radius of the cylinder is d.

The task is to determine the electric field inside the cylinder.

__________________________

The following items were recently processed:
- The dependence of this problem does not depend on phi because rotational symmetry exists.
- In the rho direction, the usual Bessel functions are used.
- In the z direction, non-orthogonal functions are used.
- The linear relationship for the potential is established.
- The formula E = -grad(V) will be used to derive the linear relationship for the potential into its components
- The electric field in the z and rho directions is set up in a linear relationship.

__________________________

What's missing now:
- Which constants must be eliminated due to this arrangement? In his own opinion, it should be possible to eliminate the constants using the normal derivative but how?
- What would be the next steps to obtain an equation for the components of the respective electric field?

No.1546780 View ViewReplyOriginalReport
music similar to this?
https://voca.ro/1kNOAgL4GpSs
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