MES Math Q/A 62: What is Electrolysis? by @mes on 3Speak
▶️ Watch on 3Speak --- Electrolysis is the use of a direct electric current to drive a nonspontaneous chemical reaction in an electrolyte, which conducts electricity by the movement of ions. Oxidat...
Tags: #math #science #education #electrolysis #technology #chemistry #physics #coldfusion #aether #electromagnetism
I'll start recording. Alright, anyways, can y'all hear me? Start a bit late. Can y'all hear me? Alright, I'll put that there. I'll put in Rumble. We'll put in Rumble. What else going to put it in? I'll put it in Odyssey. Which, I'll bitch you doesn't have a chat that opens up anymore, and then let's see if this runs, we'll, we'll do this. pop dot chat, okay, we have a poplar chat on Twitter as well, all right, and, okay, it's not loading, so I'll just leave it, I'll put it right here, can y 'all hear me, and then, yeah, okay, anyways, it's not showing, it says, many solutions is not live, okay, I don't know what in the world, that means, I'm just going to close this, anyways, guys, so we are live, and, yeah, we'll see how it goes, and then here's a threadcast. as always, and I'm going to be powering through again every Wednesday morning I'll be either working on just sign stuff, so I should get my goals to do free energy, mumbo jumbos, and so on, and again, forces me to do the usual, and then basically everyone's either, I'm researching it slash testing, doing experiments, because I have the testicle, I need to get like a 20, an 8 foot pole, 8 foot. tube, copper tube to drill to the ground somehow. I gotta figure that out for, because apparently, yeah, testicles actually pretty dangerous. You gotta be mindful, like, when the world's gone here. So anyway, anyways, there's a link to the Threadcast. I'll be posting the stuff in there, and also on Telegram. And then every other week, I'll be doing the stream on a topic. Right now it's Electrolysis, which is, again, pretty fascinating, especially with the Colt Fusion, Martin Fleshman, and, and, Stanley Ponds is hole in the ground, and I'll go over that in a bit. Yeah, so I'm going to go right here. I'll be posting stuff inside here, and there's a threatcast, well, ThreatCast, yes, what have they got? Okay, there's ThreatCast, and then open up, open up a new tab. Okay, now this will just be for my searching in, because I throw everything in Telegram, and as I go through, all right, so that is that. um yeah see how many people we have we have one all right so we have one people has me oh i don't think it counts me maybe maybe does uh anyways uh i don't want to check my email quickly uh see if it's pops up uh open tab what in the world this is with people building uh independent media sub stack is promoting independent media now and put these who are these people uh anyways um um all right and I'm gonna, yeah, just get going on. Also, yeah, John Hudson was in the hospital a few days ago, and then now he's back out, but, yeah, apparently it was pretty bad, but he's back out in company, so that's pretty good. So, prayers up for the captain, John Hudson, or Long John Silver. All right, yeah, it's pretty good to go, and then now... I'm going to open up some stuff here. I'm going to move this over. Okay, so that's what I'm going to do. So, electrolysis. Okay, so I'm going to go over. Also, again, if people have math, science ready questions, I'll try to answer them here. So I'm going to go quickly. Before I get to electrolysis, I got a couple questions here from, I put it in here. All right. So I'm going to start raising. Okay. Okay, so, yeah, so I got a question here. This question says, I have an issue at point P, 0, 0, yet not perpendicular to Z-axis reference. What in the world does that mean? I'm going to open up my notes. This is from three years ago, interesting, Discovery Project. I'm going to go to what is he saying here. Who is the, yeah, Q is the X -axis. so they'll be at lowercase Q, 0, and 0, like that. All right, and now let's take a look. So, V1 corresponds to opposite. So what's the issue? I have an issue at point P being 0-0P, not permittular to Z-X's reference. What in the rules that mean? Why would it be perpendicular? How is it not? And then here's Discovery Project. There's point S. t0-0 p no we selected it to be perpendicular too it's on the z-axis okay um i have no idea what this guy means i'm not sure what you mean uh p is the point p is on the z-axis Yeah, and angles downwards. To the other points. Why would it be perpendicular? Like, one world's scottama. All right, so that's that. And then we have another comment here. This person actually asking about, yeah, Discovery Project, I think I've opened already. No, I mean, I mean, the John Hudson Lab. This is where's the Pharaoh's documentary I see first time? What in the world? Is there a Pharaoh's thingy there? I'm going to go to Pharaoh's Technologies, John Hutchson. Oh, this is actually, is this a real thing? I'm not completely Microsoft Suite. Where in the world is you talking about? Because I do mention Pharaohs is in here. Well, actually, two places there, and another place. I think it's going to be in... I'm going to go into Hutchson, which is the Pharaohs one. I had a longer one. I'm pretty sure it was, where's the one that's in fair, I think it's one of the longer ones, unedited levitation, direct energy. Yeah, this is the unedited one. It might be in the 1988. Yeah, it might be in this one. And you could actually, I'll do a search on Hive. Whoops. Alright, so this is going to be at Ferros. Yeah, so Ferret technology, part of ways, okay, this is on that Alex Bezero. Okay, this is 1410. Okay, so 1410. Let's go to the 1410 mark of the video. Yeah, so you can go right here, 1410. There's Farrow's technology, there's Alex Pizarro. And he may have to move it soon. Still, this amateur film shows what Hutchinson claims his invention does. The objects you see are resting on a plastic milk carton, close to his device. He says they rise in the air after he hits the switch, and sometimes metal objects simply bend or even break. You're looking at something which you know shouldn't be happening. Vancouver businessman Alexis Pizarro has seen Hutchison's project in action. In 1981, a company he helped form signed a deal with Hutchison. The company would promote Hutchinson's discovery and work to develop it further. I immediately realized that this had tremendous significance. It has significance in space. It had military implications, and its understanding could possibly open up a whole new energy source. Pizarro's company, Ferris Technologies, did spark a lot of interest in Hutchison's discovery. In 1983, a United States Army team investigated the invention after putting up $25,000 in funding, but after the investigation, the funding ended. In 1986, Canada's scientific and technical intelligence branch examined Hutchison's creation. A letter written on the visit by the branch director concluded, We do not foresee any further consideration of support, as the phenomenon appears to be intermittent and unpredictable. In each of the above cases, the parties have been attracted by the features of Hutchinson's invention, namely that it can move objects around from a distance and has been seen to bend and fracture pieces of metal. But in each case, a big catch has put the interest in check. That catches that the effects cannot be reproduced consistently. They only happen occasionally and by chance. At this point in time, it can't be really of any practical use until it's worked on, cultivated into a continuous effect. And indeed, I got that information from the Canadian Defense Department. With no sustained interest in the project, Hutchison and Paris Technologies had some disagreements and have parted ways. and Hutchison now does his own promotion. He says the latest interest comes from a group of American scientists who have indicated they may set him up in Washington State or California. But Hutchison's not holding his breath. He says before he sees money and backing, any interest is just talked. And until then, his invention will remain a maze of apparently great potential. Cal Barton, CBC News, Vancouver. A 66-year-old man is facing drug charges after police uncovered an apparent magic mushroom farm in Tappin Valley near Salmon Arm, about 150,000. Hope to get it back. Yeah, I included that at the ending part, this mushroom farm. It's pretty funny. But yeah, so this is actually a news clip, Farrow's one, yeah, it's pretty fascinating. And again, it knows how the government's downplaying is the military is like. oh, it's not that reproducible, but actually John has been able to reproduce a lot of times. It's just that, again, they want any excuse. It just doesn't have it on demand, like, you press a button and it works. It's basically run it for hours and hours and see what happens. But, yeah, read between the lines, governments obviously know full well about this tech. And the news media, like, the journalism is absolutely trash. Like, that's like, what are you doing? This is, like, absolutely huge. You should have him on a show every single week. talking about it and they should fund it too like anybody they see that should be all over it anyways i'm going to share this clip um so the guy asked here uh what's first i see for some uh which one uh is this do you mean that uh yeah do you mean the news clip in which uh John's, John Hutchson's business partner, Alexis Pizarro. How do you spell Pizarro? Now we go to search Pizarro. Thumb. So this guy is the one that did the thumbprint. Here, he made a thumbprint in this aluminum block. while it was still jelly in the Hutchson effect, and that's Alexe Pizarro, Alexis Pizarro, I guess I spoke, and I'll put it here. In this movie with John Hux, Alexis Pizarro, um, discusses the Hudgson effect, and their company, Alexa, uh, no, Ferro Technologies. I included that clip here. Clip and unedited 1988. Okay, and erase the tracking. Alright, so that's, those are two questions. If you have any math science, write questions, let me know, and again, that's what these. are for but also, again, name of the game is for energy tech. So now we're going to go over, actually before we get to that, I'm not pop up, I'm just, my email may be open, just in case I get some messages, can leave it like that. Okay, yeah. Okay, that's the other, I was getting some messages. Anyways, so what I'll do is, I'm going to go and I'm going to close this stuff. All right, so anyways, we're going to talk about electrolysis. I'll just go over it now, and then if you guys have anything else, electrolysis. There's a couple things. Cold fusion electrolysis. Well, yeah, this is basically, because again, Cold Fusion, like the one Martin Fleischman was just basically electrolysis. So if we go now, Electrolysis. Yeah, okay, so what is electrolysis? So, electrolysis, in chemistry and manufacturing, electrolysis is a technique that uses direct electric current, so DC to drive an otherwise non-spontaneous biological physical reaction. Yeah, so the question is, yeah, why direct, why not AC? So I'm assuming because they want the actual ions to travel. That's the thing, I think, I think they just solved it. so they want the actual ions to travel and the electrons and so on. So, it drives an otherwise non-spontaneous biological and physical reaction. So, direct current can basically act as a catalyst for chemical reactions, and biological and physical and so on. So, and again, there's similarities within Colfusion and John Hutchson, his apparatus. And he's thrown in, he's bombarding with radio waves. So that's essentially, he's literally, the radio waves and microwaves are acting as catalyst to the, and the static field and all that, a catalyst to what otherwise would have been a slow reaction of, let's say, rusting. But then you speed it up by orders of magnitude, like multiple orders of magnitude faster, so it rusts super, super quickly, or gelifies, and so on, and all that. So basically you use direct current, so yeah, that's pretty good, okay, to acts of catalysts. And electrolyl also commercially important as a stage in the separation of metals from naturally, and also thinking about that, in the separation of metals from naturally occurring sources such as ores using an electrolytic cell. All right. So you could also separate elements and so on. The voltage that is needed for electrolysis to occur is called the decomposition potential. The word lysis means a separate or break, so in terms, Electronics means breakdown via electricity. Breakdown. Okay, this is amazing. Actually, that's quite fascinating stuff. And there's the setup there. So there's the cathode and the anode. So apparently the anode is the location where, essentially, oxygen, essentially goes, it's the location where I think this anode, this oxygen's bubbling up, so I think it takes electrons from here. I think that's... even though this is, I think that's where oxidation occurs, where electron transfer is occurring, whereas this one here is where, if this is negative, yeah, then the positive ions go towards the negative there, and the current, it's the, yeah, I think that's how, yeah, is basically, if this is, if this is, a positive goes here, I just don't understand why, like, the direction of current and so on, I'll have to think this through, I'm going to actually archive this first. So I'm going to archive this. And also what I did now for those who are unaware, I'm going to start posting more of my conspiracy mainly topics on MES truth. And then the science ones, anything science related will be on the MES one. But that includes, like, justification and so on it. Anything specifically evidence-based, I'll post there. I'm going to go right here, MES. I'm going to archive this. Let's go and summarize, okay, I'm gonna go and post this here, electrolysis. Alright, and also, and in Leo, put this in between. And there's Threadcast, I'm gonna go, oh, whoops, did I post the wrong thing? I actually hate the copy and pasting mechanisms. Okay, this is not even the one I wanted to send, like, what is going on here? The copying and pasting on a Mac, it's, it sometimes doesn't work, it sometimes doesn't pick the right one. I don't know why, okay, there it is, this is electrolysis, and I'm also going to say, yeah, it also summarizes. Okay, make a threadstorm of this article. This is going to be asked Leo. So, and again, it makes AI ThreatSorm on it directly on here. No K-YC, you don't need any email or anything, just connect. It's just straight blockchain and get AI open source on it. So that's going to be over here while we do that. What is it like Charles? This is the wrong one. This is the one. And live update. All right, so that's that. All right, and, okay. Let me check the... All right, yeah, so that's what, yeah, that's the cold fusion one, because electrolysis, I just wanted to figure, so let's raise some of a Hoffman Electradilocyst apparatus. So let's see exactly what this is. A Hoffman Voltimeter is an apparatus for electrolysisizing water. Okay, so you can separate water, invented by August Wilhelm von Hoffman, 18, 1892, in 1866. That's when he was born and died. It consists of three joint upright cylinders, usually gas, all right. The inner cylinders open at the top to allow addition of water, which contains a low concentration of a compound such as sulfuric acid to improve conductivity and complete the circuit. A platinum electrode. So this thing, a platinum, apparently, it's a good location. It's placed in the bottom of each, oh, it's on each of the side of the cylinders. So it's acting as both the anode and cathode. So a platinum electrode is placed inside the bottom of each of the two cylinders, connected to the positive and negative terminals of a source of electricity. When current is run through Hoffman's voltmeter, gaseous oxygen forms at the anode. So basically, yeah, oxygen, whereas there's oxidation, basically whenever there's electron transfer. So oxygen goes there. And oxygen is usually, yeah, it's negative. So the negative side is moving here. so the current's going to be opposite of this is the part i don't understand like what so what do these arrows mean what are those arrows indicating the current direction okay but this is this is the electron direction then so electrons yeah this is if this is positive you like this is an electron flow so this is so it's going towards the positive and so on yeah so it's going So basically, the negative ions are going this way, and then this oxygen goes into here, takes an electron, and then, this is the part I need to understand how, or, oh, no, oxygen goes here and becomes negative by the electron gets taken. Alright, let's see how those, yeah, so anyways, a platinum electrode is placed inside the bottom of each two-sided cylinders, connect to the positive negative terminals. of a source of electricity when current is run through the Hoffman's Voltimeter, gas, oxygen, forms anode, and gasis hydrogen at the cathode. So, and this one's positive, so the hydrogen number is just a proton, unless it's a heavy hydrogen, which has a neutron. So a proton, and this one is just the negative oxygen goes up. This is the positive. So this is a negative, these current signs plus the negative, even though this is the bubbling and it's negative. This is bubbling, and it's positive. Okay, so then, so basically this is H2O, the oxygen separates, goes over to here, and then this would be a negative, this would be the negative, yeah, so then this plus goes to the negative, and then bubbles up and connect it to it. A tubes, which connect the product gases are usually graduated so that the volume of gas can be measured. All right, the name voltmeter was coined by that, it uses, the amount of electricity that passed through the system can be determined from the volume of the gas. Thomas Edison used voltmeters as electricity meters. The amount of electricity that past system can be determined by the volume. Okay, so the more gas you have, you can estimate how much electricity went through. And this goes up, and there's different densities here, because the gas of different densities. So this would be more dense. Wait, is the 2H2O more dense in oxygen? No, I mean, yeah, well, this one is actually, no, this is more dense. This one is less dense, and that's why it's bigger space. Is that what it is? Yeah, I'm not sure, or a bit higher pressure or something, but anyways, or there's just more of it, yeah, there's just more of this out there, interesting. And Hoffman Voltimeter as one to one, okay, so a voltmeter is, oh, yeah, it's also the, Zulfine uses a demonstration of Stokia metric principles as a 2 to 1 ratio, the volumes, hydrogen and oxygen as produced by the apparatus, illustrates a chemical format H2O. All right, all right, so that it is, there's twice as much oxygen. as there is oxygen, I mean, twice as much hydrogen as there is oxygen, yeah, so there's 2H2, as opposed to just 1, 02, and they're all gas so that they are compressible, and assume the pressure isn't high. So yeah, that's why there's a double. So this is why it's called H, and that's too, that's pretty cool stuff there. I'm going to archive this setup. I'm going to archive this, and, uh... MES, posted there, and let's see, Ascleo. Okay, this thing's worked. Here's a clean threat storm of draft. Electrolsis is a use of electrical energy to force a non-spontaneous chemical reaction with oxidation at the anode and reduction at the cathode. So, reduction is when one, yeah, in plain English, electricity bullies ions into moving and reacting. Yeah, chemistry, Libra tax. A strong second post. is that the cations head to the cathode, and anions head to the anode, and the other, it's the negative setup, and the positive one goes here. And the amount produced depends on charge pass, which is the heart of Faraday's law. You can then hit real use, water splitting, electroplating, aluminum extraction, and chloral alkyl production, which makes the concept feel less like textbooks, and more like industry, and so a nice fit with your live thread here, Electroalkin shows there, YouTube, link reply, epic stuff. So that's cool, it reads my own tweets and so on,…