Enkers

@Enkers@sh.itjust.works

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Enkers, (edited )

OK, but have you tried experiencing a tiny semblance of panels 1-4 on YouTube? :3

Enkers,

I can’t tell if this is copy-pasta or not. If not, my condolences to your eyes, if so… chef’s kiss

Enkers,

While I agree in principle, when tax dollars go to corporate tax cuts, handouts to failing financial institutions, and billionaire lunatics selling snake-oil space-based internet “solutions”, its easy to get disillusioned about taxes.

We absolutely should be taxed to a high degree, but that money needs to be spent on collective benefits, not private corporate interests.

Enkers, (edited )

You realize someone has to pay for public infrastructure and services, yes? If corporate interests do not pay the taxes that are typically expected of them, then someone else will have to cough up that money, or services will need to be cut.

Enkers, (edited )

Alice and Bob agree to buy a shared lumber splitter. Alice takes a loan to pay for it, which Bob agrees to pay half of. When payments are due, Bob bails and does not pay, and he uses the lumber splitter anyways. Now Alice has to also pay the share that Bob agreed to pay.

Enkers, (edited )

I will upvote this, so that others may share in the misery of also having read this with their own two eyes.

Enkers, (edited )

I disagree. The serious answer is you have to be the one person that gets lucky.

Take 1024 people each with $1000. They all play roulette and go all in every round, half on black half on red. After 10 rounds, 1023 people have lost all their money, and one has won a million dollars.

The person who “made it” didn’t do anything different, or play a +EV game. He just got lucky.

Enkers, (edited )

You’re correct, but you’re also being a bit pedantic and ignoring the point OP is trying to make. It still illustrates the point just fine at 47.4% instead of 50%. Odds of winning 10 in a row go from 1:1,024 to 1:1,746.

Enkers, (edited )

It’s from Frieren, a currently airing anime about an elf girl who’s as bad at making friends as most of us weebs.

Enkers, (edited )

Oh, wow, how exploitable. What a good new format. Frieren doesn’t disappoint.

Enkers,
Enkers, (edited )

Canis in willa dormit.

Enkers, (edited )

Doesnt phobia treatment usually involve some sort of exposure therapy? Call me crazy, but making the name a palindrome itself seems like a clever part of the treatment, as even discussing the phobia would help provide exposure, and work towards a cure. (Assuming it’s a real thing…)

Enkers, (edited )

There are 8 billion people on this planet. At least one of them has to have had a traumatic experience while listening to Bob.

Enkers, (edited )

I just tested this (for science!) with a 9V battery and an iron nail of roughly nose-ring diameter. Both the nail and the battery get unpleasantly hot after several seconds. I don’t think they’d get hot enough to burn you, though. (Don’t take my word, though, please!) I believe the internal resistance of the battery does also increase with the temperature, so it effectively somewhat self regulates itself.

Common nose ring materials like Titanium and Stainless Steel are 4× and 7× more resistant than iron, which means they should dissipate more power than the nail, and thus get hotter. I was calculating something around 3 milliohms for a titanium 16 gauge 10mm wire, and 0.7 milliohms for an iron wire.

Regardless of material, at 1000 milliohms internal resistance, i think the battery itself is doing most of the heat dissipation. (But also over a much bigger surface area!)

Enkers, (edited )

About 10-20s, I left it on until it didn’t seem to be getting much hotter. I also didn’t want the battery to overheat and fail catastrophically. I think because the “wire” is such a large gauge, there’s not enough current for it to get seriously hot. In a foam cutter, you’re passing all that current through a much smaller cross-sectional area.

Edit: just to confirm, I did a little math. A 10cm steel wire with a tenth of the diameter would have a resistance of 5 ohms. That means that instead of 1% of the total heat dissipating in the thick wire, 80% of the heat is dissipating in the wire in foam cutter’s case, and there’s more total resistance, so more heat dissipation as well.

This is because:

A = π r²

R = ρ × L / A

So resistance is proportional to the material resistivity (ρ), the length (L), and the inverse square of the radius (r⁻²). That is to say, decreasing the radius by a factor of 10 increases resistance by a factor of 100.

Enkers, (edited )

I even turned up the volume and saw it coming. “This is probably a jump scare, isn’t it?.. Yep. sigh” Now I just feel old.

Enkers, (edited )

He was actually blessed, and loves working out. Dude does a full body workout, gets mired by all the naughty guys and gals in Tartarus, then does it again.

Enkers,

Come on, he wouldn’t have said that. It doesn’t even make sense…

Enkers, (edited )

Dame da ne, dame yo, dame na no yo…

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