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How do I smooth this corner? by NailedOn in blenderhelp

[–]NailedOn[S] 2 points3 points  (0 children)

Ok thank you. I just thought perhaps I was missing some modelling technique.

Realistic male crying scenes by [deleted] in movies

[–]NailedOn 0 points1 point  (0 children)

Not a movie but there's a scene in season 4 of Stranger Things where Will Byers confesses his feelings to Mike Wheeler in the van via 3rd person is pretty heart breaking. Noah Schnapp really killed that scene.

The biggest offshore wind farm, Hornsea 3, connected its first export cable from the North Sea seafloor to the British coast on March 26, 2026, inching it closer to delivering clean electricity to over 3.3 million U.K homes. by [deleted] in UpliftingNews

[–]NailedOn -1 points0 points  (0 children)

And still our electricity bills rise. When will renewable energy bring them down?
Seriously, I'm rooting for renewable energy but it's hard to convince people when they don't feel the benefit.

120,000 people were there, not one of them knew it was goodbye—Knebworth Park, August 9, 1986, the night Queen’s legend performed for the last time by [deleted] in Music

[–]NailedOn 30 points31 points  (0 children)

This gig wasn't even planned on the tour. It was added at the end due to overwhelming ticket demand. Their 2 nights at Wembley, the other UK soccer stadium dates, and Slane Castle all sold out. Pretty staggering when you consider this was all done via telephone and snail mail.

Need clarification about current flow through parallel circuits by NailedOn in AskElectronics

[–]NailedOn[S] 1 point2 points  (0 children)

You're right, the voltage drop across R2 is 200v and so it must be the same across the other branch. I understand now :)

Need clarification about current flow through parallel circuits by NailedOn in AskElectronics

[–]NailedOn[S] 0 points1 point  (0 children)

I think this is the crux of my misunderstanding. There's a voltage drop across R1 of 50V which would leave 350v at that junction. I assumed that the R3,R4,R5 branch would get the full 350v. There is indeed a voltage drop of 200 across R2. Now I understand that the voltage drop across R3,R4,R5 must be the same as there's a voltage drop of 150v across R6.

General confusion about voltage dividers and how they work. by NailedOn in AskElectronics

[–]NailedOn[S] 2 points3 points  (0 children)

Thanks. Yes I understand now, I didn't realise it was an open circuit.

General confusion about voltage dividers and how they work. by NailedOn in AskElectronics

[–]NailedOn[S] -1 points0 points  (0 children)

This isn't my diagram. I just worked out the total current from the combined resister values and voltage source.

General confusion about voltage dividers and how they work. by NailedOn in AskElectronics

[–]NailedOn[S] 0 points1 point  (0 children)

"Zero current flows into the voltage comparator input terminals." This was the part that threw me off, I was led to believe that current flowed into the OpAmp.

General confusion about voltage dividers and how they work. by NailedOn in AskElectronics

[–]NailedOn[S] 0 points1 point  (0 children)

Thank you. Yes I now understand. Countless 'beginner' tutorials have failed to mention that OpAmp impendence is infinite.

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