MES Math Q/A 66: What are Gauss's Laws for Electricity and Magnetism? by @mes on 3Speak
Gauss's law states that the divergence of the electric field is proportional to the electric charge density. This means electric field lines diverge away from positive charges and converge towards ...
Tags: #math #physics #science #electromagnetism #gausslaw #education #technology #aether
So recording, all right, so we are live, can y'all hear me? And, um, okay, uh, Joe Rogan uploads at the same time, hold, ready, let's go. All right, guys, let's go, uh, let's say, 29,000 times of thermite says my first stream that I'm actually here at the beginning, and after like four to five months, okay, let's do this, yeah, for sure, and I just realized, you and Joe Rogan upload at the same time, I didn't realize, okay, Joe Rogan uploads now. Okay, uh, can y'all hear me? hear me all right we are live guys can you all hear me and then I'll post in the other areas let's see what happens I'll check my audio here quickly I'll lower this thing in a tiny bit okay okay it should be fine okay I think it's fine everything's fine and I have the Odyssey's opened and check the other chats and we'll get in there we'll try to power through the The weekend here. Let's move this one second. Okay, I'm gonna just go quickly something over here. Move some stuff. One second. Edit. How do I mine, remove a chat excluded? Okay, so we are done, we're back in here. For up to do the, uh, in Leo, audio tip top. Yeah, audio's tip top. You mean tipping top, it? Yeah, I'm gonna switch account. So again, a hive is this, like, next level. I'm gonna go switch over here to my other thing here. But I forgot to set this one up. That's my face in here. I'll quickly set this up. I'm gonna copy this and go right here. And I'm gonna do a Threadcast. Threadcast. Just sorry, because I'll post everything on the Hive blockchain as well. I'll put the images. up here, where's images go, Gauss's Laws. All right, and also, 29,000 tons. Yeah, Aettoll, thanks for the trailers, yeah, you had the epic trailers there. It's one of the best trailers. Okay, this is, oh, I thought of subscribe, what is going on here? This is just ridiculous. I need to pay the... Okay, so I've no idea, one second, hold up, guys, hold your horses. Copy, just upload the image. everything is just on a Mac is just so weird nothing like you can't you like uniformly works everywhere okay this works and then this one I what where why am I talking oh I'm live on here okay so this one doesn't have a chat opened this might have a chat open pop-out chat stupidest thing is you have to pop-out chat after the stream is done okay so I'm gonna close the D's done and this still doesn't have this. I'm going to close some stuff. Yeah, I just because I forgot to do the... Okay, so there's a Threadcast. I'm going to do a high premium thingy right here. I'm going to pay $10 right now to the thing. I thought it was premium. All right. Man, what is it going on with in Leo? Okay, I'm going to just subscribe right now. Keychain, pay dollars. Okay, proceed to payment. uh leopool okay, I just pay $10 per month okay, none of the reasons in the show, let's go. All right, I'm gonna just go over here now. Alright, so we're gonna cover gauze laws and other, some random other stuff there and see what this thing is. Alright, um, once I just pay $10 for this thing. All right, um, once I just pay $10 for this thing. Alright, uh, YouTube. All right, so anyways, so those other accounts, I'll start posting on there and so on. And let's see what the notes were. It's candidated right now, so I'm going to check the score. DR Congo, actually, what we go? DR Congo versus England. England. England is losing right now in the World Cup against Dr. Congo. Check the score, live updates. Just go to... Live score, yeah, so Dr. Congo is beating England right now, 1-0. Like, what in the world is going on here? It's half-time. And so, that'll be, get to watch that. I'm going to go over to here. Okay, I'm going to open up some stuff here, and then I'm going to go over Gaffs the balls and so on again. I thought I had, okay, I had no notes in here. I think I put it in the different area. I got, might have been in this, uh, gauce's laws, mock discs, maybe. Where did I put it? All right. Anyways, I had some questions, uh, earlier. I'm gonna go to my YouTube. Someone had a question. We'll keep the score update, uh, on here. Sixth channel. Holy! Yeah, that's, uh, wild. Um, yeah, you got to see the upload I just did, uh, this one here. Did he was, uh, Where Towers go 2011. I'll be posting all of stuff I posted on Telegram. It's going to post it, like, directly live. The World Cup went DEI, yeah, so the World Cup, yeah. I'm going to just check the score updates, maybe. Let's keep this live again. All right, so we're going to have a tracker there, because if Dr. Congo wins while we're going live. Okay, somebody asked the question here about magnetism. Okay, well, actually, Floyd Reynolds says, my question is, This is the one that laser-induced plasma to create 3D polymetric images with sound. That's actually quite ridiculous. You watch that video, definitely watch that, and then it deals with the 29,000 tons, audio lasers. Apparently, some Iranian official was telling him. So Floyd Reynolds says, my question is, is this just what the public gets to see? Now you will know they are done with technology when they introduce it to public. Yeah, but also, the video I shared here, this video, like it's not actually shared you it's actually older so if you look at the uh well yeah yeah this is the noise that that's actually laser like uh focus on one spot and the the sounds coming from the ionization of the air so it's literally super loud all right look at but this is like from 2014 i think uh let me open up my uh put it i should put the sources directly in that in the channel okay Oh, yeah, video three. Alright, I'm gonna go over here. Anyway, it's Canada right now. So, this is 2017. So this video is from 2017. And then the other video, the middle one, is from, I should put it directly. Yeah. This one is from nine years ago. Also, 2016. So these are literally nine years ago. and the thing is, I'm posting it now, and people are like, oh, wow, they're telling us now, except the other video, I think, is from this year. Okay, so 20,000 times, every time I go live, Joe Rogan, I post podcast, that's like to sit down. Did he do that because I'm going live? Like, I think he's trying to get people off the MES math Q&A live streams. Yeah, because this Q&A, I go home. and technical science mummajambos. And I figure out how to safely operate my teslic oil. I'll be connecting it directly to the ground wire in my house, so I'll be doing that. Hopefully next week I could start those. But anyways, I'm going to go right here, Dr. Congo. And actually, okay, so we have, this is the notes there, is Dr. Congo, I'm going to continue. Oh, yeah, this laser-induced plasma. I'll just take a... photo of this setup here. Yeah, and the other thing, if you listen carefully what he says here, like, you can have these filaments, so you ionize the air, and then you could pulse, like, huge amounts of actual current, electricity through it. So you can actually direct power to somewhere, or the reverse, take it out. And again, it was relating to the... So what they would do before, they'd have rockets launch with wires to the clouds to guide uh... lightning strikes, so look at this right here. Okay, so these are plot... So what he's doing is literally the ionizing air, and then basically allows the lightning to go straight through it. Because now you use a straight laser there and you can guide where lightning comes in. So lightning's coming straight to this laser. Okay, this is mid-through-that, I need to see this video. Anybody know where this video is coming from? I'm going to take a screenshot of this. Wait one second, I need to make it, I'll open up this thing. So we need to find this exact video, ASAP. This is from, like, mid-2000s, and apparently they're using, let's go right here, electro-military, military, electro-laser. Okay, we got to find that setup there. Okay, I'm going to see if there's an image. Okay, I'm going to go, I'll go to the Tin Eye, or Google. Go to Google, click on this thingy. Take a regards applied to me under the under your video. Okay, we'll go to the audio laser. They're called Sazers. Yeah, no, yeah, that's the audio laser itself. Yeah, you just focus sound. Yeah, yeah, but similar emission of radiation. Saser. Sound application, oh, that's an interesting thing. Let's go to Saser. I don't know, is that what you said? I don't think, no, I think it's just sound, focus sound or something. I'm going to just do Google Searchy on this thingy. Okay, sound amplification by stimulated emission of radiation, says it refers to a device that emits acoustic radiation. It's focused sound waves in a way that can serve it as accurate and high speed carriers, permission, and many kinds of places, similar to laser. The other thing, it's basically just focusing sound into... like a laser, it's just basically focusing sound. So that's, it's just sound, that's just directed. Like, if you have a funnel, you know, you can funnel objects inside, yeah, but you can do that with sound and so on. Okay, let's check the, okay, England, okay, just missed, all right. Yeah, so this is the video I want to see. This image depicts a US Army test of a lightning gun called a laser-induced plasma channel. Okay, so Fox News has this one. Okay, is there a video on this? Army looks to strike foes with lightning weapon. It's 2015, published 2012. A guided lightning bolt travels horizontally, then hits a car when it finds the lower resistance path to ground in a U.S. Army test. So a guided lightning bolt, how are they guiding? Okay, so they're, oh, so I think it's like on a bridge or something. Okay, so guide lighting bolt travels horizontal, so they got the lightning bolt to go horizontally. Create an energized plasma channel in the air, an invisible pathway for electricity to follow the laser-guided lightning weapon. Could precisely a target such as an enemy tank are unexploited roadside bombs because such targets represent better conductors for electricity than the ground. Alright, this is, I need to see a video. Is there a video on this? I'm just going to archive this thing. Okay, I'm going to archive this in the... I thought the guy told me about audio lasers meant ultrasound, but... No, ultrasound is just the frequency. It's, you can focus ultrasound, you can focus different types of frequencies of sound. I'm gonna go, I'm gonna look strike flows, I'm gonna just publish this one here. Okay, and then, that's pretty wild there. But is there a video or anything? Is there, there's no video, just images. Is it just an image? Like, that's how big, it's important is. They don't even show it a video. They just have an image. It's all the government was willing to give for the guys to write articles is just an image. Like, what in the world is going on here? I'm going to go and put this. Oh, whoops, put it back. Yeah, I'll put it like this. All right. So this is going to be there. I'm going to put this in here and ask Leo, summarize this article. and I should be a premium now because it's premium, I should have it now. Okay, summarize the article, see what happens. Live update. Let's go back here. Okay, so I just like archiving everything. So that is, and this is basically just sound amplification. Okay, and this other says, yeah, yeah, that's audio, yeah, you were discussing audio laser, but this is a different thing, like... plasma itself generates sound because it ionizes the air. The air gets ionized, so the sound is an after effect. Yeah, low quality image as well. So, like, think about that. The US military is like, okay, we'll tell you this. But then everybody writes it as if it's 100% true. It's like, okay, there's an image, yeah, but you have to trust them, but you're going to show a video or anything? Are they sending propaganda and so on? But obviously, yeah, obviously this is true, but it's just a photo. Like, what are they doing? Why are newspapers writing it just for clicks and all that? Again, that's how pretty much mainstream news is. Okay, so here's the full Threatcast on that. It looks pretty cool. So, the Armory Testing Weapon concept that sounds like science fiction using a laser to create a path in the other, then send electricity down at, like a guided lightning ball. Okay, so lightning ball is just setting electricity straight to it. So again, you can literally power things. Yeah, you can guide electricity without wires. so you ionize the air, that becomes like a current, I mean, that becomes a carrier for electricity. All right, so we got that, and yeah, that's pretty cool. But again, this is, you got an AI bot live on the blockchain, like, but I do pay for premium now, so that's, because they upload and so on, so you actually make more than, so the cool thing is I pay it the $10 a month, but the uploads by the guys who make this, it pays more than $10, so like, yeah, every month I'll just pay. and so on. All right, anyways, go on here. Okay, so I'm gonna go, there's another question here that I didn't get a chance to, okay, this person, because someone's using my videos, I don't know who's there, thanks for sharing. Okay, somebody said here, okay, where's the, somebody, was talking about the other video. I'm gonna go to the video, oh, go to my videos here. Okay, yeah, I forgot to share that link. Okay, we should share that other, uh, other links pretty straightforward. Okay, this is the, uh, the one I want to go over. No, not this one, the, the, the experiment I did on the, uh, where's the experiment, holy, where's all these comments coming from? It was the, um, one about, uh, this one here, this guy was asking. Oh, my mic's a bit loud? Okay, yeah, you are right, I'm lowering it now. How's my mic now? Yeah, yeah, this is good. Beforehead, they always had the issue if the mic was too low. How's it now? Okay, how's it now? Okay, I made it less than the red thingy. Okay, let's check it out. Yeah, because I did notice it was loud before. Too low? I don't know what's going on. I'm going to just do input volume. Okay, how about now? Too low? Too loud? Too low or loud? I think are you wear headphones? Like, I don't know, I'm like blasting it here. Like, I don't know what's going on, it's allowed for me. Oh, 10% lower it should be fine, okay. But why are you saying too low? Yeah, but you said too low and not too loud, what is going on here? Okay, I'm gonna do this, actually. Okay, so anyways, let me know each time. Okay, better, is it better now? I, um, so again, there's a slight lag, so you'll have to tell me. I'm gonna go like this, I'm gonna go like this, and then lower this, okay. Actually, this might be better, yeah, I'll just do this, okay. Anyways, so let me know if it's good or not. So, let me know now. Okay, so anyways, we'll continue on further. Yes, this person was asking right here. This was the magnets glued together and repulsion falls slower in a copper tube. I'm not sure if you guys seen this video. This is, I made this giant one. And then I have a sped-up one here. I'll just do the, um, youse reading. So here is the experiment. So yeah, when you drop a magnets and repulsion, they drop super, super slowly. Okay. Okay, so this is a north-south-south together, and he super goes on this is a... It becomes super strong, it's ridiculous. Okay. Okay, so look how slow goes through the copper tube. Look, it's so cool there. I'm gonna check the results there, okay. Okay, so that's... This guy says, okay, so for those who are sort of magnet dummies, as it were, what is causing the magnet to resist the force of gravity here? It isn't air pressure because a tube is open on both, so what's going to see as copper? The copper pipe is the entire section, not just the end. Was it experiment you already kill yourself doing? Oh, it's one I had, yeah, it was pretty dangerous. you know, like blew up and so on. I was doing that, I still have them glued together. It's pretty fascinating. And just in case I have another idea for an experiment. Yeah, the cover, this is the one that, um, uh, what's his name? Um, uh, yeah, Paul Mueller made these ones for me. So he, I told him to do that, okay, six feet four above, interesting. Six feet four above, all right, okay, we got, I got a basketball player right here. Um, okay, uh, the cover pipe is the entire section, not just the end. Um, um, The earlier, yeah, the higher section just has magnetic viewing film around it. The mainstream narrative, uh, narrative is that Eddie Currents, let's see what this is Eddie Currants, let's see what this is Eddie Currants, So Eddie Current, apparently it's just like moving magnetic field and then generates Eddie current is a loop of electric current induced within conductors by a changing magnetic field in the conductor according to Verde's Law of Induction. I'll send a link here. Is that Eddie currents form when magnetic field changes along. a conductor, which itself generates a magnetic field in opposition to the generating the initial. Something like that, yeah. But this is surprisingly surprisingly way more pronounced with magnets and repulsion. So here's a wiki there, and you can go read up any current song. So that's mainstream narrative on that, and I will... Okay, I'll just take a, maybe this... I'll take a screenshot of this one, actually. I'll zoom in, and then zoom out. Okay, how do I just take a screenshot? Okay, this is gonna be like that. And then we'll continue on our, oops, this should be here. Okay, and then here. Alrighty. Okay, so that's it. And zoom back out, one, two. Why does the other one zoom in? This should not zoom out. This should be, whoops, one. Okay, anyways, let's continue on. Again, if you guys have math science related questions, let me know. Let me know if anyone, any of y 'all have math science questions. Otherwise, I will be wilded. Yeah, so anyways, you know the drill, you ask me questions, otherwise I'm just gonna do my thing and learn as we go. But also, I think Chris Berger was messing me on this something here. What in the world just happened here? What in the world just going on with this guy's face? Who's the guy's got, is somebody sending me a text message? Where'd, like Chris Berger sent me a message or something? Anyways, I don't know what's going on. Okay, so let's continue on our journey. I'm going to send us a threadcast into here. And, yeah, another thing I was going to, yeah, yeah, the filament stuff. Okay, so we went over that, the electric filament setup there. Oh, but also another thing I wanted to show quickly, is I didn't need to post this because I, so in this video, let's see if I can find some good ones. So next Saturday, not this Saturday. Next time, the doctor will be in town. She'll be, I mean, not in town in the stream. We'll go over weather anomalies. I mean, like, listen to the part she's talks about the hurricane. So she can do anomalies on hurricanes and tornadoes and other stuff we got. So I'm going to go into the hurricane part right here. So this is, what was the time section? Look, if I go to here. If I go to the, yeah, this part right here. So, listen what she says about the hurricane, but also this one, this tornado forms from the ground up, not the bottom, not the top down. Just play right here. Also, I fred at the desktop, okay, guys, I had audio off, let me know the audio. Hey, guys, let me know if I played something, it's no audio, I absolutely hate, every time I have to do something, okay, this isn't going to be audio. And because of this, I made a mistake before, because you guys weren't hearing this. is the one that has super loud sound. Why can I just open the thing? Like, I touch, don't get it. What is up with Max? Like, just open a link. Is it that hard to open a link? Okay, so I need to do, I need to go here, and I need to click a direct link, this one here. Okay. So, look at the sound. Now I had the sound on, because I had it, I had muted by accident on my other end. Yeah, look how loud this sound is, this double speed. That's…