@@SophiaWagnerQandA you are making tons of videos a day (auto-generated) but If I want to access a video which is a month old or so, it's extremely Inconvenient to search. it would be better to have a categorise format (playlist) of all the 15K videos.
An 'optical theremin' can be made with a single astable multivibrator circuit using an LDR. I remember that as being a project included in an electronic experimentation kit I had as a child/teenager. Nowadays I play a real heterodyning theremin.
I had a similar problem. It turned out that the debug probe was working and not broken. The cables are the problem. I got a second set from a colleague - they work. There are several types of cables in the kit - you can check my statement. I would be happy if you share the result.
Also, I have always been wondering what is the algorithm or mathematics that the tech giants have found (searching millions of pages/entries in less than a fraction of a second ) that we or at least I am unaware of and unable to incorporate those while searching an array/list, I still have to use those age-old methods ,while google returns me the top-search faster than I can search an element in an array of length 100. LOL.😅
If we want the min tenant_id, at least one scan is required in both cases right?What if the server stores the tenant_id as a heap data structure and we can get the min_id in constant time that is O(1) if it uses a min-heap?. But this is becoming too problem-specific.
Why do you use small letters text in your videos? That's not helpful at all. If people want to read text, you should provide text - but outside the video.
decent info but you should probably read the content instead of making people read the video as well as show you trying out these methods if possible to show it working.
Without seeing any of the labels: First one, my guess is a 12-14 kva Delta to a low voltage (480V or less) Y with a center neutral. (14K to 480 makes it about a 29:1 step down. If it's 230 or 240, that's 30:1) There are current transformers connected around the load side lines (but not the neutral), which are serious step-up transformers (raise the voltage, lower the current so it can be readily measured)--and very dangerous if you don't handle them right. These likely tie to a display unit or monitoring circuitry very nearby. The presence of these tells me that this transformer would be connected to a single business or facility. The second looks like a distribution transformer, stepping down a higher voltage to a lesser voltage but keeping it three phase delta. Can't tell very much about it from that picture, though. I'd have to take a look around. Part of the reason I think distro is because it is mounted off the ground. with a pretty substantial support. This is likely taking power from a feeder line and sending it down an alley to power a group of homes or commercial buildings.
What I find confusing is that you can apparently slice it for one machine, but not for the other. That you can slice it at all implies that it is a viable model. Other than that, I can just surmise it might be outside the parameters of one machine but not the other, either precision-wise or dimension-wise, which might indeed have something to do with superfluous internal geometry such as you would get if you fail to apply the union operation to the primitives and have a dumb STL export that just translates all geometry one on one. A look at the debug output of the slicer would be madly interesting at this point.
Hey can you please post a video explaining how can we get value of x and y in mathematica from a set of two modular equations with different moduli. For example: eq1= 25x +79y=49 mod 101 eq2= 37x +53y mod 97.
