 have the chat open or popped out anyway. Hi everyone, this is Chicho. Welcome to my channel and welcome to another live stream. Today is February 13th 2020 and we're doing our drop in math tutoring session number three for the year 2020. So it's the third one we're doing in about six weeks. The frequency seems to be about one every a couple of weeks or so that we're doing this. And we're going to continue to do this until the end of the school year, which is going to be June basically, high school year anyway, in my part of the world, which is Western Canada, West Coast. Aside from that, we've done a lot of these over the last couple of years. So it's just basically open discussion. And if we're talking about anything, no matter what it is, if you have a math question, post your questions. And we'll, if anything else we're talking about is not math related, we'll pause that and deal with the mathematics. If it's math related, make a little note here. Usually there's a lot of stuff coming in and we deal with the stuff as need be as we go along, right? And it's basically me making myself available for a couple hours every couple of weeks now, I guess, to help people out if they need a little bit of help in high school mathematics. And towards the end of the year, usually, we've done this a couple of years now. And towards the end of the year, May, end of May, beginning of June, we're probably kick up the frequency of this because people have finals coming up. So they may have questions. And there's another wave that comes in in May because university and college students give out get out earlier, right? Then high school anyway. Aside from that, we're just going to chill until people show up. I got some tea. I have snacks. I have apples laid out. I like eating apples during the fall and winter. I have some water here. I got a stack of comic books that I'm trying to make my way through. I got one stack in this room, another stack in another room. So shall we show, until people show up, might as well show you what I got lined up. They're mainly almost all true believers or the DC dollar comics that have been going through these things. These seem to be all the true believers. So let me show you these. I'm not sure if, once we start talking comics, people that might, people that pop in might not want to go start doing any mathematics. I think we're live anyway. It's pretty quiet here. There might be something going on. I have no idea. Let's see if we tag this thing properly. Maybe. I'm always happy to show because these math videos we load on BitShoot and YouTube, right, as well. So they do go on both platforms that we're sharing. Some stuff is only BitShoot exclusive, right, right here. Machine Man. These are all reprints of some key issues that specifically Marvel comics put out because they're, they're the true believers. And if I get the, and I do have reprints or dollar comics that I picked up and dollar bins and stuff. So this is Wolverine. I think it's number, it's a reprint of, which issue is this number? Number 37. Blood and claws. Lady. What's your name? Strike. Something. I forget what her name is. She's a cool character. Here's Bullseye. Here's Omega, the unknown. And I'm still going through Grant Morrison's multiverse. I got three more issues to go on that. Moon Dragon. This is DC. I don't know. I haven't read this one. So this is to my go-to pile. I don't know what the, what the story behind this is. Jeff Jones, I guess is the writer. I've read this a few times, but I have it here too. First appearance of apocalypse. First full appearance of apocalypse. X factor five, six. Man wolf. You know, these are the true believers reprints because they're all here, right? And usually at the back they show the original cover that, you know, they were published then and here's the discover. Sometimes they don't include that. We're gonna barely anybody here. Whoever you are or whoever you guys are watching this, I hope that you enjoy comics. This is the first appearance, reprints, first appearance of Nova. What's this one? Oden power. Annihilation. This is Annihilation Mantis. A criminally insane absorbing man. This one is DC. Poster child for crime. Harley Quinn. And Batman 613. Very dramatic. Avengers Forever. Oh yeah, this is X-man first appearance of, I believe. Let's check it out. Oh, this is Captain Burton, but is this the first appearance of Captain Burton? I don't know if it's the first appearance of Captain Burton or not. I want to check this. Make sure we're streaming. Very quiet here. I wonder if I even tag this thing right at it. Let's see. No, we got this. Educational. Yep. Hey, Chichou, for some reason I didn't get a notification when you went live. Weird. Glad to be here though. Yeah, it seems like there isn't too many people here, Spider-Man. There's, what do you call it? Notification might not have gone out. Maybe if no one comes in for math, we'll go through these ones here. Good timing, by the way. I'm going through the stacks of comics that, actually, by the way, I totally forgot. Hold on a second. This one, so we got these ones to go. This is actually the stack of comics that I'm giving my student. Every time I go see him, he's into comics, giving one of these. So this is his stack. My stack is on the side. It's shorter because I've already read some of these. I've read these ones. This one's I've read. Here, I'll show you these and then. So this is what the student's going to get over the next, until the end of June, I guess, until the end of the school year. This one was good. I read this one. This is the first appearance of Jubilee. I read the original as well, but I got a copy of this one myself. So everything that you see here I've got a copy of it for myself as well. The Hulk. This was not bad. This was fun. I forgot his name. Joe. Joe Fixit. Hulk, Joe Fixit. I'm here for you, Gio. No matter what you stream. Nice. I love Spider-Man. We might restart the stream just to see if notification goes out. Oh, wow. First truly, you definitely should get that grade. No, this one is the, check this out. These are all the true believers reprints. Right? So these are all the true believers reprints. They're coming out for a doll, for a doll or a pop. Right? One dollar each. So I'm buying them. Right? One copy for myself and one copy for my students. This was funny. This was funny. This is actually fetching a pretty high price too. Most a lot of these are Bushman. This is the first appearance of, not first appearance, but Moon Knight number one. Right? So his first, his first solo series. And this is Avengers. Gotta be master of evil. I haven't, I haven't read the one that I have in my stack. This is Avengers number six. Check this out. Reprint of Avengers number six. Cool. Here's my stack. My stack is a lot shorter because I've been going through it. Starsky doing good, brother. Looks like notifications didn't go out and we're going live. It could be because, what do you call it? I did a post on Discord telling everyone that the politics current event stream that we had, that we did February 2nd. I uploaded that. It could also be glitches. We just went through all these comics just showing, going through what I'm going to be giving my student. Every time I see him, I give him two a week. Captain Hawk, how are you doing? Dante, Dante, how's life? I got the notification. You got the notification? Okay. It might have been late going out. Because me and Spider-Man been chilling here for about 10 minutes or so going through comic books. What's up, Chicho? Right. That was life. You got it? Okay. Awesome. Good stuff, man. Good stuff. Now, usually because we've done a lot of these, it's like I do my little intro, Speedy Gonzales style, and then I go the notification is late. Okay. I should always have a stack of comics that we could flip through until people show up. Hey, Chicho, have you ever studied math when high, when under the influence, when, holy shit, I'm going right. Starsky, it's like whatever state you want to be in mathematics can work, right? You just have to be comfortable in that state, right? Like some people can do work in a noisy environment. Some people can't. Some people need to eat while they're doing work. Some people can't eat anything when they're doing work. So whatever you're used to, you use, right? You got an emote to riot, riot, right on here. Thank you. What's your emote? Oh, yeah, press enter. We got a love plunge. Nice. Thanks, Riot. The notification is often late, like 10 minutes or so, 10 minutes or so. Wow, wow, wow. I'm back. Martin, how's it going? Martin, how are you doing? It's been a while, man. The nightclub life has been keeping you busy for the club scene. It's that fall, winter, winter blues that people come in. It's all rainy and stuff. Okay, Dante, we'll be around. The plan is to do this for a couple hours. X, how you doing? That's a, that looks like a smile either from the cat, the shesher cat, shesher cat, or it looks like the happy face from cowboy bebop with what's her name? The hacker. Oh my God, I can't believe we got her name. Ed, Ed, I do terrible on some assignments at school, but at home I go through them so fast and very accurately. Yeah, the some things you can't be on a time crunch, right? So be careful. If you're on a time crunch, you might not do as well, right? Because, you know, antigens do eliminate the factor of time in a big way, or play around with it anyway, right? It is what it is. It is what it is. No, this was cool. So basically, we're in, we're in math mode, or science mode, physics mode, artificial. By the way, during a current event stream, we did a couple of about 10 days ago or so, I uploaded the stream to BitShoot Exclusive, but I pulled out the parts where we talked about artificial intelligence, transhumanism, machine learning and all that jazz. And I've edited that in the last, you know, a couple of days or so. So that should be processed by the time I finished here. So I'm going to take a look at it and upload that either to BitShoot or YouTube, well, to both of them, BitShoot and YouTube, either tomorrow or a couple of days from now, I'm gonna, I want to, I want to shoot a video. So I have a couple of comic book videos, maybe two or three comic book videos back to back on YouTube. And if you've been following the work on YouTube, we put out a video of the comic book haul, went through a little history and talked about stuff and whatnot. It was fun. It took me a while to edit that. But the next video I do, I want to do is, if you recall, through one of the comic books that I sold on eBay, it was the second last one or last one, I think it was the second last one that I sold, you know, I sent out the packages and stuff like this, I had a return request, right? And I went through eBay's seller protection thing, right? And I talked with them, I accepted a return, the guy never sent it back. It was just crazy, right? I'm going to try to make a video on that. But just to let you know, I talked with eBay a couple of days ago and they said, no, that person is a scammer. And they, they, they did their judgment in my favor, right? So that was fantastic. I didn't have to return stuff. So I want to make a video of that just to let people know the because when you're dealing with bureaucracy, you have to go through their channels, right? You have to do this, you have to do this, you have to do this. Now, I don't know if I did everything correctly, but I'm going to hopefully put out a video telling everyone what I did, right? So if anyone has to deal with the same type of situation, at least you'll have something to reference. And for myself too, if I ever have to, like I've been on eBay for 18 years, I never had anything like this happen before, right? And it was interesting. It was a learning, learning experience, right? But I'm going to try to shoot that video. Either I'll see either tonight or tomorrow. We'll see. I've had, I have been robbed on the, yeah, Martin. It's personally, I've been scammed by not scam, but the sellers didn't, you know, they, they were trying to pull a scam, right? For fake retro games. Yeah. Yeah. So yeah, for me, for comic books, right? I bought comic books that, you know, the seller didn't say that the centerfold was attached or this was this, because they assume I'm not even going to look through the comics or something, right? They sell so much. So what's happened is I just said, Hey, this isn't, you guys did this and they would either refund me half of it, I'm okay with it, whatever. I'm pretty easy, easy on it, right? But I've never been scammed by a seller before, until I started selling these comics. There was like three situations that came up. Two of them, you know, whatever was a small scam. I made it harder for them. But this one was a bigger one, right? And I didn't like the way the guy was doing it. So I made a stand. It was good. I've paid hundreds for fake games and then try to fight it and lose. Oh, really? eBay usually favors the buyer. Retro mobile phones for me. Wow, wow, Chicho was good. Sleepy waves. How's it going? From my understanding is eBay usually favors the buyer, right? So when this guy was doing the stuff, I was like, man, what the hell? It sucked. So I'd have never had to dispute anything 18 years on eBay. I've never had to go to eBay to say, Hey, can you resolve the situation? It's never happened. You just talk with the seller whatnot. That's what I've done anyway, to a certain degree. There's one person I left a negative feedback and they contacted me right away. They're like, Oh, why'd you do that? Go dude, you did this. This thing. Come on. He's like, Oh, please take it on. So I called him up and the guy refunded me and stuff happened to me sometimes too. But got all the money always back from eBay or PayPal by protection. Cool. That's good. My username Frank. How are you doing? It's weird. I've I've rarely had really the the number of times I've bought in stores that I've had a problem with this is more than the number of times I've bought off of eBay that I've had a problem with. So I don't know. I don't know how this but there are scammers operating on eBay. The kicker is I the guy delayed it so long. I went to leave a negative feedback and the time had expired. So that's the way I think the guy maintains his positive feedback. You don't use eBay anymore. Oh, that's unfortunate. Like I checked that as soon as this thing happened. I was like, I didn't like this, right? Because they made it too easy for a scammer to try to scam people, right? So first thing I did I went out to the onto the financials and checked out eBay stock. And if you check out eBay stock, it hasn't done what a tech company should do, right? Or should have done the last 20 years. So mismanagement. Most sellers are okay. Yeah, most sellers are okay. Most are most of the comic book people that bought from there amazing. Most other things I bought from there amazing that the really big sellers that sell a lot of what do you call like fake things? I sort of, you know, the lapel mic I use, I bought from one of those people, five of them. And it worked out great, right? The sound quality we have is okay. Yeah, usually eBay is good. One time I sold a Buffy Vampire Slayer jacket and it got delivered. Then the eBay user said it was an unauthorized charge. And she wanted this. Oh, luckily eBay said it would just pay me back. Oh, awesome. That's good. That's good. How long did it take? I've heard they can say unauthorized payment up to like three months, which is like, Damn, theater guy, how are you doing? What's up? Chichou? It's snowing here. What's the weather like there? It's been today. It's like cloudy and sunny. It's sunny ish, right? But we've had the rainiest January, I think on record. So it rained along last like 40 days. On the West Coast, it's been just rain. Miss management should be my nickname. Nickname. That's funny. Your name is your joke. Knockoffs, knockoffs, knockoffs. Thank you. No snow on Wolver, Wolver, Wolverhampton as yet, Wolverhampton as yet. No snow this winter, huh? For us, we got a snow dump. And that was it. One little quick snow dump. So it was interesting. We have, I have some videos on behind the live streams we did on loading them up. So if I get the chance, I might kick it up to speed mode, but the odds are we're just going to continue on the space and just do a back sort of a lag between the time we do streams and time we load things up. Because some of the stuff I'm pulling, editing out and stuff, but I might stop that and just load them up full load. We see. We see. The comic book video I really liked came out good. I spent a lot of time on it. Trying to make sure it was as accurate as possible. And someone already called me out on one of the mistakes is like, Oh, I made a mistake on that one. Pretty accurate, pretty accurate, very accurate, actually. Minor hiccups, minor hiccups. You've been catching up on the viz. Yeah, you disappeared a while, Martin. I hope all as well. I hope all as well. Apple C was good. Lots of work on. Okay. And being busy is a good thing. As long as you enjoy what you're doing, right? For me, that's the way I operate, right? I like being busy, but busy on things I love doing. So I adjusted my life to make sure most of the things I'm doing, I'm loving that dealing with eBay was not loving have to be done. Christmas was very, very, very crazy. Oh, I bet. Especially January. Did you get a huge influx of people coming in trying to cash the news of what was going on in the world? Because in times of turmoil, I know that alcohol, tobacco, entertainment consumption goes up to a certain degree, because people don't want to think about the things going on, right? Or they need a social setting to get together and talk and whatnot. I'm curious. I wonder if you guys had a huge influx because of it's scaring people. So they're coming into the pub where there's lots of possibility of infection to talk about it. Coronavirus, I wasn't sure what you meant with CV. Lots of bad talk about. There's so many theories about it. I got some on my own, which we might talk about. Maybe not on this stream, though. We can't do it on this stream. Gotta load this up on YouTube. Because it's math related. Even though we have none in mathematics. And we don't have to talk about math. We can talk about anything. And if we talk about anything, I'll just title the video as something else and load it up. Maxima, how are you doing? Maxima. Maxima. Your name makes me want to read Transformers comics. Or watch the Transformers movies. Most of them. Except one of them was okay. What do you call that? The bug? Bubble. Oh my God, I forgot his name. What's the Transformers movie? The last one that came out. That was the yellow beetle bee. Bumble bee. Bumble bee. That took a lot of effort. Bumble bee transform movie was pretty good. Okay. To show any advice for trying to hold space for a friend who has been having a hard time trusting others. This past year, multiple people in their life have hurt and broken their trust. I know they probably find it hard to trust in me. Sleepy. So you've space for a friend who has been having a hard time trusting in yours. So I don't understand the question. You mean people have lost their trust in you or you lost your trust in them? Nice. Regarding Transformers, one of my YouTube channels I watched were hacked. God hacked. Oh, really? So what happens if they get hacked? Were they able to get their channel back? I hope so. Like, I swear hackers, I consider any hacker that is attacking individuals, independent creators, targeting them is a damn weak ass hacker, right? Because they're attacking name change, name change. Okay, they're attacking individuals, right? That means they're scared to attack institutions, right? So if they're, if they're, if they have any capacity at all, they wouldn't attack individuals, right? Even if it's easy prey, that means you're a bottom feeder, right? Why not use your powers for better, better things in life? That way you learn a lot more when you challenge yourself, right? Because anyone worth, worth an ounce knows that it's not just about the money, right? But videos are still coming through for channel owner. Okay, so their name got hacked. Interesting. Right now with serious changes taking place online, right? Serious changing changes taking place. There's like right now I started announcing on I've gone from one a few years ago to three a couple of years ago. Now I'm announcing on Twitter, Minds, Gap, VK, LO and Discord. So six platforms I'm announcing on because this purge is taking place, the platform in taking place. So you have to make sure that you're still out there, right? Neither someone I'm interested in a friend of mine is having a hard time trusting in others. I'm trying to learn how to be there for her. Sleepy ways. If someone is having a hard time trusting other people, you got to go slow with them. And it depends what the trust is, right? Trusting in what? Trusting in finance, trusting in being alone with them, trusting in keeping a secret. Where does the trust level? What's it related to trust, trusting and being in a relationship because they've been hurt in the past? Trust is a very open, open platform, right? I also recently saw a channel I followed got hacked were changed without explanation. A video SAS turned into a football channel. What? It could be also Dante. Some of the channels might be doing that because they're being flagged by YouTube, right? Saying, hey, this video is not appropriate. This video is not appropriate. And they're down to their last strike. So maybe they go and delete all their videos and because they have the viewership, they have the followership, they just change it up and start uploading something that's more benign, right? Like for me, I'm not loading any of the straight up politics live streams on YouTube anymore. Anything we've loaded on YouTube that's related to the coronavirus is demonetized right away by YouTube, right? The algorithms catch it. Who knows at some point, they might say these are inappropriate and they flag it, right? And then I'll have to take them off YouTube and they'll be available on bitch. Okay. Right now, this purge is going on. So if you really appreciate someone's work, follow them on multiple platforms. You don't have to go to all the multiple platforms, but turn on your notifications for the alternate platforms that you think they're more open. They do less censoring. The hacker with Bitcoin. Oh, was it? For yours, Martin? The hacker was Bitcoin like. Yeah. Pathetic. Pathetic. Right? Weak. Weak. Weak. Yeah. Yeah, I agree. I agree. On the plus side, there are way more powerful honorable people working in the backgrounds taking care of other things, right? They take on the giants, right? The weak ones are, I'm watching what do you call it? The Goblin Slayer, right? Towards the end of Goblin Slayer. Fantastic series, by the way, anime. Not for children. Again, this is more adult oriented, but I think of those people like little goblins, right? That have been set, you know, have lost their way from the herd. The channel owner is fighting it. Good. Good. Good. Good. A lot of stuff going on, right? That's one of the reasons I'm jumping around with these live streams and many levels, right? This is not American enough to be monetized. Hey, everybody. Nikki, how you doing? How's life? Welcome to a random discussion live stream. By the way, we had a fantastic discussion that I edited for the Artificial Intelligence. I'm titling the video thoughts and discussion on artificial intelligence, transhuman, artificial intelligence, transhumanism, machine learning, simulations, and virtual reality, right? That one should be up in the next couple of days. We'll see if I can get that e-pay video out. I do want to share that information, so we see. Life's good. How about you, my friend? Doing well, Nikki. Doing well. Getting back, you know, like 80% now from the flu. Still have to cough. Weird. So many people I know. They've been sick for like six weeks, seven weeks. Craziness. Craziness. Nature telling humanity to chill the f out, right? Craziness. Craziness. Fun. By the way, if you're following the data on the cv, we'll call it cv because the video gets zapped on youtube, if we don't. What is going to happen when the house bubble pops? I think it is popping all the right now. It sure can linger. Yeah, it's lingering. It's crazy. Like I lose my breath a little bit when I talk a lot, right? So it is what it is, right? It is what it is. But as long as it's on the uptick, it's good. But just regarding data, the video we did regarding cv, the pandemic or the virus or whatever you want to call it, we're seeing data fluctuate based on how they're measuring things and data becoming more available and stuff like this. So we just saw a major jump up in the data, right? So we're going to start taking a look at these things. I fear for the future of humanity. I don't fear for it, Martin. I think it's it's just cyclic nature of things and this is the the period that has been our our lot, right? We're here to witness this. I can't really do anything about it. Might as well enjoy the ride, right? Hopefully it's not going to be if you can enjoy it. If you're caught up in the flare-ups, then do the best you can. Either get yourself out of there or better the situation or make sure you're not participating in in whatever it is. So being informed is ridiculously important, right? Now more important than like being informed is always good. You know, know what's going on politically, economically and stuff like this. But right now people who don't know what's going on, I don't fear for them. I'm a little concerned about them. They don't understand the gravity of the situation. I don't think humans will go extinct, but destroying civilization and being set back hundreds of years is a very real possibility. I don't fear it as well. We could, Dante. On the extreme level, sure. We lose a lot of productive capacity or we get set back. Like the biggest thing is nuclear. The biggest thing is nuclear. And bio weapons to a degree, but we'll see where that goes, right? I'm good. I just think way too much. Well, that's part of your job. If you're if you're taking care of a bar, managing a bar, you're supposed to worry a lot. That's part of the part of the job criteria, I think. I've never, my greatest fear is the sun. I feel you. It was a period I had a lot of friends that worked in the service industry in bars and restaurants that I would have. I set up my life so I would have their their daily activity, their timeline really. So sunrise, you go home, sleep, sun setting, you're getting up and doing your thing to a certain degree, right? I've lived through the periods of Ebola, West Nile, swine flu and bird flu. I'm not too worried at the moment. Theater guy, Ebola, it hit the radar. It was like, okay, this is and it's still there by the way. Ebola hasn't gone away. It's still there, right? SARS. I wasn't concerned about bird flu. I wasn't concerned about swine flu. I was maybe because I lived in a part of the world that it didn't affect me. If you look at the SARS period like 20 years ago, 18 years ago or so, in China, I believe, they killed a lot. Or was it the swine flu? I can't remember. There are tens of millions of pork, pig that were put down, right? So that would be huge if you were being affected by that, right? So it really depends where you live. But the only, for me, being in a protected area, Ebola hit my radar. I was like, oh, let's see where this goes. It fizzled out pretty fast. Coming out of Africa anyway, still prevalent in Africa. But not concerned about SARS. This one is hitting my radar. This thing is hitting my radar and I'm checking into it. I'm more aware, most definitely, my greatest fears. Monkey Farts, how are you doing? You all should be afraid of that asteroid that's getting super close to us. Yeah, I heard it. Is there one? There's supposed to be one. There's always supposed to be one. But yeah, asteroid, I wouldn't be too concerned. I'm half joking. Ah, nice. Good Spider-Man. Mark's like, what? I can only hope they hit us. No, no, we don't want to get hit by an asteroid. That's not a good thing. That's not a good thing. Not only that, it'll create a lot of chaos. Our current economic system will become even more bipolar and legacy companies and a lot of power will be able to accumulate more power. Not good. Someone called Bruce Willis, yeah, that was what a crazy movie that was. Right? What was it called? Armageddon. Talk about, oh god. As a apocalyptic movie, it was entertaining, but if you look at the propaganda value of that thing, it was insane. Right? It's not a good thing, but it will give the planet a nice rest. And a lot of other species, right, other than human beings being affected, it's the size of the largest building in the world. They say it has a 0.1% chance of hitting us though. Okay, yeah, that wouldn't be too concerned. We probably have a 0.2% chance of a nuclear war, so that was double the probability. Don't forget deep impact. Deep impact. You know which one I liked? On that level, which was fantastic, was the core. Where the Earth's core is, outer core is stopping, is solidifying, so the currents aren't there, so Earth's magnetic field is not, is losing its strength. That's why a lot of people were burning and stuff like that. If we lose, like, the only thing that, the main thing that's keeping life alive on this planet is not, you know, CO2 levels and stuff like this. It's Earth's magnetic field. If we lose Earth's magnetic field, kiss Earth goodbye, right? So this movie was about the Earth's magnetic field diminishing its strength because the outer core, the currents, the convection currents and stuff like this were slowing down. So they dig into the Earth and set up nuclear weapons to create a chain reaction of to get the Earth's core kicking in again. That movie I really liked. It's going 35,000 miles per hour, yeah. An asteroid that the size of the world's largest building hitting the Earth, that's going to take out a lot of people. It's going to create a lot. The momentum behind that was astronomical. I watched the negative 90, the 98 Godzilla from TriStar yesterday. I've seen it. Which one is that one? Is that Matthew Broderick? That's my favorite Godzilla. Is that the Matthew Broderick one? I think I remember core. I've watched core like three times. It's not a world ender. But scientists say it would kill millions, take out an entire continent and cause nuclear winter for years. Yeah. I really like the D-Day after tomorrow. Fight me if you disagree. The day after tomorrow. I've seen it. Which one is that one? I also like the one where they freeze and also the one where spoiler warning, spoiler warning, where there's supposed to be five spaceships that are going to save humanity but they're in the Himalayas. I won't give the whole thing away. Shin Godzilla and the 50s original are my favorite. Then there are the hilarious Godzilla's from Toho. My wife really likes that. Maybe that's worse. Should do some math about how much force that it, since it is math. Yeah, we could do it. Right? Let's do it. Broderick. Yeah, that one was good too. The force of an asteroid that big hitting. That one asteroid, the size of a car, took out a bunch of buildings in Siberia and it only exploded in the air. Yeah, I heard it. Some of the asteroids that they go the impact radius is much larger, right? The day after tomorrow. Ice age one. Oh, is that the ice age one? I like that one too. That was good. Helping in math problems here. Yeah, for sure, Lester. I can get you some info about it. Sure, from what we know it's need the weight of it. Momentum is mv. Mv? I forgot my formulas but some super flaring into. Yeah, some spot after which it's going up. But I've also heard that we're going into an ice age, right? Lester, for sure. You got math questions? Let us know what we do. I should have my physics formula sheets here. Really? Yeah, mv. Mass, velocity. But it says the asteroid which is said to have a diameter of about 3,250 feet could trigger a nuclear winter if it collides with earth. Well, we'd have to know what the over 2 for an ice age according to the problem. Yeah, we could do how much does that, it's 3,250 feet. You know what, can we convert that to meters? That'd be like a thousand meters. That's approximately a thousand meters. Feet, two meters. We could do the conversion but 3,200. Yeah, that's about a thousand meters. A thousand meters, right? So that's about a thousand meters. Just use one kilometer, close enough, one kilometer. Well, if it's one kilometer, we would have to know what the density of the thing is, right? Because if it's an asteroid full of pumice, it won't be because pumice is like volcanic rock, it's very light. If it's asteroid full of basaltic rock or it's got heavy metals in it, the impact will be a lot more than momentum. If only someone here knew something about rocks, I know a geology I do, but I forgot it all, right? So it's got a diameter, so let's assume it's this. It's a diameter is one kilometer, right? One kilometer. So this is 500 meters. How much does a 500 meter radius asteroid weigh? We've got to do search. We have to do, we have to find out, you know what, was it density? Oh god, I haven't done a density conversion forever. Density conversion. Density. Or we could just do a multiple, figure out how much a, no, I don't want to do a density conversion. I haven't done a density conversion for like 20 years. Let's see, how much, how much does a boulder one meter one diameter meter weigh? Doop, come on, duck, duck, go. You can do it. You can do it. Let's check it out. I don't know what this thing's giving me. Let me check the chat. Anyone find C, M, C, S, and M class asteroid is grams per centimeter cube? Okay, so let's check this out. Grams per centimeter cube. Okay, so let's do, let's do both. Let's do the extremes. So let's do here, let me bring out, there's a wiki page, standard asteroid physical characteristics. And then look at, okay, cool. So let's do this. So this is our asteroid. Okay, I'm going to move this over. So we're going to need some space here. So let's do some mathematics, nice. So our question is, there's an asteroid coming to the earth, right? And it has a radius of 500 meters, okay, it's traveling at, I believe, 35,000 kilometers per hour. Was that what it was? Let's take a look at this. 35,000 miles per hour, let's say kilometers per hour. Quick, galking head says heavy. So let's assume it's going at, actually, let's do a conversion, 35,000 miles per hour. Let's just do a straight up conversion. Kilometers, kilometers, two miles. So let's do a little search. 35,000. So it's 56,000 kilometers per hour. That's pretty damn fast. Is that how fast it's going? That's really fast. Are we sure about that? That keeps saying 35 to 36. I'm not sure which is right. Either way, 35 to 36, that seems really fast. 56,000 kilometers per hour. Okay, let's do it. Would you assume it to have terminal velocity? Yeah, like, but terminal velocity only matters through atmosphere. In space, you can go, there's no resistance, right? There is no terminal velocity. And if astro is going that fast, it's just going to come down and go, right? It's going to part the atmosphere, really. Like, going through is just going to go, right? So I don't think terminal velocity plays a role for us. Terminal velocity is only within a small, small layer of atmosphere that we have. In space, there is no terminal velocity. Terminal velocity would be the speed of light. You know, we can't reach it. Feet per second. Wow, that's a lot. So let's call it, let's call it 50,000 kilometers per hour. And only if, only if you, you want it. Okay, so let's do this. Class C, S and M. So I'm assuming that's light, medium, and heavy weight. But let's call these the densities. Class C, it weighs 1.38 grams. And this is going to be grams per centimeter. And this is the units. Actually, I should do it. Here, we'll just make a table. We'll make the list there. 1.38, 2.71. So 1.38, 1.38, 2.71, and 5.32. 5.32, right? So that's our density of asteroid made up of Class C, Class S, and Class M rocks, right? Not a formula for density. Well, this is grams per centimeter. So what we need to figure out is how many cubic centimeters we have here of material, right? So we want to find a volume of a sphere, because this is a sphere, right? So volume here, I think it's four-thirds pi r cubed. See where you're going now. Yeah, so let's check this out. Volume formula. Let's keep that there. Volume formula. Volume formula. Just give me the volume formula. Oh, volume of a sphere. Volume sphere. I need to say sphere. Yeah, four-thirds pi r cubed, right? So we've got four-thirds pi r cubed. Okay, cool. Thanks, Josie. Four-thirds pi r cubed. So volume is equal to four-thirds pi r cubed, right? So we need to figure out what the volume of this thing is in centimeters, right? So what we're going to do is convert 500 meters to centimeter, right? So let's do all these conversions down here. So you see how the conversions work out too, right? And we don't have any brain farts or me making any little mistakes. Oops, you wrote down squared. Did I? Oh, oops, I wrote down squared. Cubed. Thank you. Yeah, cheeto brain farts, not good. Things don't work out. So correct me if I get it wrong anywhere, okay? So we've got 500 meters and we want to get centimeters out, right? So we're going to multiply this by meters in the bottom. One meter is 100 centimeters. Okay, let me write this out so it's not messy. And this is exactly what I do when I'm doing my own calculation. I have to write things out, right? So one meter is 100 centimeters. So if you multiply this out, right, the meters kills the meters, you have two more zeros here. One, two, 50,000 centimeters. Okay, centimeters. So we can find out the volume of this thing in centimeters. So 4 over 3 pi 50,000 cubed. Okay, now what we're going to do is write this in scientific notation. Okay, I'm going to work it out and then we're going to erase everything, put it here so we see what it is, right? Or just write it out here. So we've got four thirds pi 5 times 10 to the 1, 2, 3, 4 cubed. Okay, so this becomes 4 over 3 pi 5 cubed times 10 to the power of 12. Because we've got exponent to an exponent, you multiply them, right? 5 cubed is 125, right? So 4 over 3 pi 125 times 12, 10 to the power of 12. Does 3 divide into 12? It doesn't evenly, but we can do it with a calculator, right? So because 3 goes into 12 four times and we've got a 5 left over. So let's do this part 4 over 3 times 125 times pi in a calculator and get a number and we're just going to leave it as this, right? Leave it in scientific notation. And this is where scientific notation comes in handy, right? When you have gigantic numbers, we're just going to deal with it this way. So 4 divided by 3 is that times, where's my pi here? Where's my pi? Times 125, 125. We get 523 and we're not rounding anymore. This is good enough. We're not going to go any decimal places, times 10 to the 12. And if we're going to write it in scientific notation, we're going to kick this number this way. Two decimal places because scientific notation has to be a number, a decimal, and then the rest of the numbers. So we went from here to here. We made the numbers smaller. So we have to make this one bigger. So this becomes 10 to the power of 14. That is the volume of this asteroid. Okay, so let's put the volume of the asteroid here. 5.23 times 10 to the 14. I'm going to erase the rest of the stuff. And I'm going to put the radius of this guy here. Radius is equal to 5 times 10 to the 4 centimeters. So let's erase this. We don't need this anymore and we're going to erase all this. And it's 5.23 times 10 to the 14. So let's put this metric here. Volume is 5.23 times 10 to the 14 centimeters cubed. Okay, 2.7 meters. My math must be wrong. 2.7 meters. Should I check something? Should I check something? Is it 2.7 meters? Million. Oh, million. 2.7. I might have punched the stuff in wrong. But if we do this times 10 to the 14, it's way bigger than that, right? Because we have to do it in centimeters cubed, right? What I did was right. Okay, good. Thank you for the confirmation, Josie. So we've got the volume here and the density. This should be cubed. Centimeters cubed. I believe density should be cubed, right? Is it cubed? Or centimeters? Where are we? Given density. I rolled over it. It has to be cubed. Okay, cool. Thank you. So it's grams per centimeter. No, it can't be grams per centimeter. It's mass per volume. Volume must be cubed. So we just want to figure out the weight of this is. Hold on a second. Yeah, it is cubed. It has to be cubed. That's right. So all you got to do now is multiply this with these numbers, right? Agreed, Josie? It is cubed. Yeah, it is cubed. It has to be cubed. Otherwise it wouldn't make sense. So this has got to be cubed. Yeah, I drop exponents and accidentally write wrong numbers. This used to cost me a lot of marks on tests. Okay, by the way, don't be as quick and messy as as I am, okay? So this thing, so if we want to figure out the weight of this thing, it's just going to be the volume times this, right? We'll figure out how many grams it is. Like a room multiplied by weight. So we're just going to go, I'm pretty sure this is the correct way to do it, right? Because we're going to go centimeters cubed. Here, let me erase this. This is, oh yeah, this is the velocity. So velocity is five times 10 to the 4 kilometers per hour, right? I think that's what it was, 50,000. Wait a second. You're 50,000. This is so awesome. Thanks for making my DJI my pleasure spider-man. Thanks for the health guys, by the way. I like this because I don't do this with my students right now to a certain degree, right? So I like different problems that I work with. Sometimes my students go, oh, you did it all wrong, right? So what we want to do, we want to go centimeters cubed times grams per centimeter cubed, right? If you're just talking about the units and the units kill each other, so you're left with grams, right? The units sort of tell you what to do and I'm pretty sure that's all we have to do to go from density to the weight of an object, right? If I'm wrong, Josie, please let me know. This isn't going to be brutal. This is not the way you do it, right? So it's going to be 5.23 times 10 to the 14, and we're going to multiply this by 1.38 and we're going to multiply this by 2.71 and we're going to multiply this by 5.32. Okay, I'm writing them here because as soon as we figure out what these numbers are, 5.23 times 10 to the 14 and 5.23 times 10 to the 14, right? As soon as we figure out what these numbers are, we're going to erase this and put this in another section here, 7.22. Is that this one? Yeah, that looks like it should be around 7, right? Can you punch it in? Yeah, that'd be great if you guys can provide the numbers. I'm just going to confirm that we're talking about the same thing. 1, 2, 3 times 1, 1.38. Yeah, so that's it. Awesome. Nice, nice, nice. Thank you. So this is 7.22 times 10 to the 14 grams, right? Because we've got grams left over and then we've got does the US need a labor? I don't think so. Sleepy waves? I don't know, but one thing the United States definitely needs more of is more people littered in the language of mathematics. Every country needs it, right? 2.78 times 10 to the 15 grams. Okay, so those are the weight of this thing, this asteroid coming down, right? So let's transfer these numbers here. I'm going to erase these guys now. So, how am I going to fit this? I should have written this in a table, but we'll do it this way. We'll go weight, mass, weight, mass, weight, weight, what's the weight? Mass is the mass, no, it's the weight. Mass is times the gravity, right? So for c, it's going to be 5.23 times 10 to the 14. Oh, jeez, I'm writing the wrong number. It's going to be 7.22 times 10 to the 14 grams. For s, it's going to be 1.42 times 10 to the 15 grams. And for m, it's going to be 2.78 times 10 to the 15 grams. Right? I have a number for weight of asteroid, but I'm waiting for your calc. Okay, so this is the mass of this thing, or the weight. This is the mass of this thing. Oh my god, I always get it back. Mass equals weight, force, mass times gravity, it's mass. It's a mass, it's mass. Jeez, Louise, mass. Me and words, I don't mess with. It's not just names I have a hard time with, it's everything, word-related. In Newton's, the problem, most people call it all weight, so it confuses people. Yeah, so let's erase these. So that's mass, right? Now momentum is mass times velocity. It happens, it happens, right? So momentum is equal to mass times velocity. Okay, and mass has to be in kilograms, it doesn't, it's not in grams, right? So we're dealing with SI units. I'm pretty sure it's got to be in kilograms, right? I'm glad I return. This is so relaxing, awesome, Martin. Momentum. Momentum, momentum, let's check it out. SI units is kilograms. It's got to be kilograms. Yeah, it's kilograms. Mass should be in kilograms, and velocity should be in, oh, this is, this is the one I got to switch, meters per second, not kilometers per hour, meters per second. Thank you. Josie, you rock. So we've got to convert kilometers per hour to meters per second, right? So we've got to, first of all, change kilometers to meters. That's easy. One kilometer, oops, kilometer is a thousand meters, so kilometers kills kilometers. And now what we've got to do is convert hours to seconds, right? Thank you, VIP. Chicho is so glad I found a Twitch channel, been watching you on YouTube, figured I could enjoy the live experience. Awesome, awesome. Dart hooky, 3,600? No, it can't be 3,600, that's two. I knew my half engineering degree before I switched to software. We're coming so we're going to convert hours. So we've got to kill hours up top, and we're not going to go from hours to seconds, right? We're going to go to minutes, right? So there's 60 minutes, right? So hours kills hours. So we've got meters up top, but we've got minutes in the bottom. So now we've got to kill minutes. So one minute, oops, minutes is 60 seconds, right? So minutes kills minutes. Now we've got meters over seconds. So what we've got to do is multiply five times 10 to the four by, oh, one hour equals 3,600 seconds. Thank you. I wasn't sure where the 3,000 seconds was coming. 3,600 seconds coming from. I'm going to inform all my patrons on the results. So this becomes five times 10 to the four times 1,000 divided by 60 and 60. So zero takes out zero, zero takes out zero. Okay. Now we've got five divided by 36. So five divided by 36, right? Five divided by 36 is 0.138888. So this is going to be 0.139 times 10 to the, oh, hold on. There's another 10 here, right? So it's going to be 10 to the five, but then we want to write this in scientific notation. It's 1.39 times 10 to the, we went from here to here. The number got bigger. So that gets smaller, four. Okay. I hope I didn't do any brain farts here. So velocity is going to be 1.39 times 10 to the four meters per second. Okay. Hopefully I did that correctly. I'm just going to leave it up if you guys want to check. Now we're going to erase it. Okay. So momentum is mass times velocity, this times this. Oh, this got to be in kilograms. So let's erase this, convert to kilograms right away. Right? How many grams in a kilogram? 1,000 grams in a kilogram looks right to me. Okay. Cool. I concur. So 1,000 grams in a kilogram, right? So we're going to kick this 10 to the power of 15 down three notches. So it's going to be 10 to the power of 12 kilograms. Okay. So that's grams. So it's going to be 2.78 times 10 to the power of 12 kilograms. This is the number we need, and that's the number we need. Right? So momentum is equal to mass times velocity. Mass is that 2.78 times 10 to the 12 times 1.39 times 10 to the four. So 10 to the 12 times 10 to the four is 10 to the 6, oops, 10 to the 6, 10 to the 16. So 10 to the 16, 10 to the 16. And 2.78 times 1.39. 2 points. What do we got? 2.78, 2.78 times 1.39. 1.39. We got 3.86. 3.86. And the units of this are kilogram meters per second. Kilogram meters per second. That's the momentum of this asteroid. Right? Yeah. Awesome. So that's the momentum of this asteroid. Pretty serious. But what else should we figure out? We should figure out the force of it. Force of impact is mass times. We don't know what it's accelerating. The newtons, how much force does it contain? How much energy? No, we could figure out the energy, I guess. Can we convert to energy? Yeah, we should figure out the energy. Thanks, Deb. So what's the energy formula? Energy, energy. We need an energy formula. As you can tell, I'm not a fan of memorizing formulas, right? I look everything up. Energy, energy. It's not volume formula. Formula energy. One half mv squared, kinetic energy. Oh, it's the kinetic energy. What? Yeah, that's all we've got to figure out. It's just the kinetic energy. That's right. We're going to figure out the kinetic energy. So kinetic energy, energy kinetic. Here, you know what? Let's erase this and put the momentum here, right? So the momentum is 3.86 times 10 to the 16 kilogram meters per second. Let's figure out how much energy that is to convert, then convert energy of the asteroid to something understandable, like how many liters of water that energy could boil. Yeah, we could. Yeah, let's do this. I don't know how many liters of energy, how much energy takes to boil water, but we can figure it out. So that's the momentum. Now we're going to figure out the kinetic energy. Kinetic energy, it was one half mv squared, which is going to be one half. The mass is 2.78 times 10 to the 12 times the velocity, 1.39 times 10 to the 4 squared. Is that what we get? You've dropped the three types of asteroids. Oh yeah, which one do we figure out? We just figured it out for this one. We'll do this one too. We'll do this one too. I totally forgot the three different types of asteroid. So right now we're figuring out lower limit for how powerful this is going to be. You're just using the heaviest object. Am I using the heaviest? I thought it was this one. Did we use, did we multiply by this or did we multiply by this? I totally forgot. Oops. So this guy is going to be times 1.39 times 10 to the 4 all squared. So the units of this, the power of this would be 10 to the 12 times 10 to the 8, which is 10 to the 20, which is, VIP has figured it out. Like could that asteroid boil away five Olympic size? Oh, I could probably boil away the, what do you call it, the Great Lakes, right? Maybe, one of them, like Erie maybe. Look at your mass section. You're using heaviest. Oh yeah. That's right. I'm using the heaviest. So here we're doing the calculation for this guy right now. So what was this? Oh yeah. So this, these two guys, we're using these two guys. The only difference between these guys is this is kilograms and that's grams, right? So let's do this. So this is grams and that's kilograms. Thank you. I lose track of where I'm going with this stuff. Sorry. I forgot to multiply by 0.5. Small, wasn't it? Sorry. Yes. Okay. Cool. So, okay. Awesome. So two points. So, oh, you forgot to multiply by this. Okay. So this thing, the energy of the heaviest one. So what we should do is erase this line and it's just the heaviest one we're figuring out, right? So we'll erase this as well. So the kinetic energy, if you punch this in, is going to be, and is the comma, are you a VIP, are you from Europe? Is the comma a decimal or is that, it's got to be a decimal because you got four digits after. So it's got to be a decimal. So if you multiply that out, we should get kinetic energy, oops, kinetic energy is equal to 2.68, 2.68, because in Europe they use decimals, yeah, commas as decimals, times 10 to the 20 joules, newtons, hold on, decimal comma for newtons, forces, newtons, energy, velocity, units. Here we go, joules, joules. And joules is, joules and force are really related together. Let's, joules and force, forces, I forgot what it is. Anyway, joules. Okay. So that's how many joules of energy the heaviest one is going to have, right? Which is a hell of a lot, hell of a lot. So for later, it takes joules of energy to boil one liter of water from zero degrees, liquid to 100 degrees. Joules is the unit for four. Okay, awesome. Joules, nice. You're catching me at a time where like, I'm like, where are we going with all this, right? What's my units? I thought we're doing mathematics. So this is how much energy is going to have. It takes 400,000 joules of energy to boil water from zero to 100 degrees Celsius, right? Boiling temperature. I thought units for force is Newton. Force is Newton, yeah. I was flipping around, right? But joules is force times, force times time. Force times time? No, not force times time. That could be force times time as well, I guess. I don't understand formulas to what, but I can do the math. Nice. It should be pure water, I guess. So let's do 400,000, 420,000. So it takes 420,000 joules of energy to take water from zero degrees to 100 degrees, right? So if we want to figure out, oops, my bad. Joules is the unit for energy. Newton is the unit for force, yeah. Joules of energy to boil one liter of water. So right now, what we've got to do is figure out how many liters of water this thing could boil, right? So this thing would be per liter, I guess, per liter, right? So we want to, this is how many, here, joules over liters is equal to joules over liters. We need to figure out, right? So this is our ratio, which is 4200,000, and we have this many joules, right? So 2.68 times 10 to the 20. This is just proportionality, right? Over, this is joules, this is joules, this is one liter. We want to figure out how many liters this will take, right? You do cross multiplication, so x is going to be equal to this divided by this, right? So let's do this. So I'm just going to go 2.68 divided by 42 and then knock off three zeros for this, because it's going to be this, the formula. Here, we know what this is. So I'm just going to write it out here. So x is going to be 2.68 times 10 to the 20 over 4200, and zero, right? I forgot one zero. Missing a zero. Thank you, little bongo, gulf. Every now and then, I catch it when I do a repeat, right? So these four zeros are going to knock this down to 16. Now we're going to go 2.68. Here, we'll put this as a decimal, too. So this becomes 15. Okay. So what we're going to do is just go 2.68 divided by 4.2. 2.68. Oh, you've done it. Awesome. Divided by 4.2. Is that it? That's it. 0.63. So right now, times 10 to the 15, and I'm going to erase this. So let's take this guy out. So how many liters of water can we boil? We could boil 6.39. Oops, I should put it here. Letters of water boil is going to be 6.39. 6.39 times 10 to the 15 liters. Okay. And a long-time swimming pool has 2.5 times 10 to the 6 liters of water. So 3. My cousin, my cousin Borf, my cousin Borf. Nice. Leader. Did I spell it wrong? I did spell it wrong. Leader. Right? So if it's that many liters and an Olympic swimming pool has... It should be 10 to the 14. It should be 10 to the 14. Oh yeah, I forgot to move that thing over. Thank you for the correction. Because I automatically moved the decimal place over. Thank you. Harming only gets a C plus on his math test, physics test. I'm dropping. I'm doxing myself out. So check this out. So we got this. Olympic swimming pool is 2.5 times 10 to the 6 liters. So we don't really need to worry about this. We just go 6.39 divided by 2.5. And this is 10 to the 14 times 10 to the... 6. 10 to the 6. Right? So what's 3.9 divided by 2.5? What tier is this? This got to be around high school. It's high school, for sure high school. Sorry if this is off topic, but they just released a really hard to see teaser of Robert Patterson in the new batsuit. Did they? Ah, nice. I hope it's good. Leaders of water and nerves, so... Wow, it won't hit the whole earth, right? So let's check this out. This is 6.39 divided by 2.5. 2.5 is 2.56. Cool. So 2.56. 2.56 times 10 to the 14 minus 6 is 8. That's a lot of Olympic-sized swimming pools. What did I just read? What did they do to my man, Batman? No, is it that bad? Is the batsuit that bad? So this is how many swimming pools? Olympic swimming pools. It'll evaporate or boil. I don't even know who Robert Patterson is. So that's how many Olympic swimming pools. How much water is in Lake Erie? Like, that's a lot. Oops, that's here. Let's write this out. We're going to write this out here. Let me erase this. So times 10 to the 8, right? 1, 2, 3, 4, 5, 6, 7, 8. 3, 3. You can boil. Well, what does that become? Times 10, 1, 2, 3. Oh, one more because there's one here. 256 million. That can't be true. It's like an 8. So 6 zeros. 1, 2, 3, 4, 5, 6. And then yeah. Yeah. 256 million Olympic-sized swimming pools. What? Maybe? Hopefully we didn't do any calculation as well. So how many pots of spaghetti could I make with all that boiled water? Looks all right. DC movies are so out of touch. DC, what was in that? Other than water, pools will need a serious repair too. Yeah. So seriously, how many Olympic-sized swimming pools or how much, how many leaders does Lake Erie have? Right? Like, I don't know. We could look that up. How many leaders of water in Lake Erie? Let's see. How many leaders of water in Lake Erie? How many gallons? Oh, we could figure out gallons. Are there in Lake Erie? Answer. Do you want to do the cubic centimeters? Oh, man. Where's the leader calculations? Lifetime. All these numbers. Who's doing these mathematics? Present the stuff in reasonable numbers. We need one more comparison to make a smaller number so we can wrap our head around that. Yeah, we do. Weight of rock was in millions. 480 kilometers cubed. Yeah, I forget where we were. Volume centimeters. That says wiki. Better convert it. Convert in kilometers cubed first. Okay, cool. 483 times 10 to the 12. Okay, cool. So we're not taking out all of Lake Erie. Right? Which folder is best to post the batsuit in this? Oh, the comic books folder for sure. The comic books folder. Right? So Lake Erie has 4.3 times 10 to the 14. Oh, hold on. We've got two different answers. These water in Lake Erie and Astro will boil. Yeah. Oh, yeah. This was Olympic-sized pools. That's how many waters. So it'll evaporate 100 Lake Eries. Wow. Right? So if we erase these. So this is how much water it'll evaporate. Lake Erie, it will boil 75 Lake Eries. Cool. So Lake Erie is, this is how much water it'll boil. Right? And Lake Erie, you divide this by Lake Erie. Lake Erie is 4.83 times 10 to the 12. This factor here is 100. Right? So when you do this division, you end up getting, you end up boiling 76 Lake Eries. That's a world event. Huge, huge, huge. An asteroid 500 meters long. 500 meters and radius, right? A kilometer long will evaporate 75 Lake Eries. So the Great Lakes will be gone. Right? Meters cubed. Seems like a fair bet, but that energy, where is it? Times 10 to the 20 joules is pretty huge. I don't know. You think you did your calculation, right? 75 Lake Eries. Okay. Pretty sure of stuff. Yeah. Did we discuss the material of the asteroid? If it's made of iron, it's denser. This is what we did. This is actually, if it's the densest asteroid, 5.32, right? That's the... Oh my God. We did it here somewhere. Oh yeah. We did it from here. So we converted this to this. So we went from... This was the heavy asteroids. Okay. That's the density of heavy asteroids. And we did the conversion to how much this would weigh if it was a heavy asteroid. And all of these calculations is the upper limit. Okay. We didn't do it for this one. If we do it for this one, it's going to be an order of magnitude difference, which is a huge deal. If this is an order of magnitude less, at least an order of magnitude less, then we're going from 75 Lake Eries to 7.5 Lake Eries, right? Came in halfway. Apparently atomic bomb, Fat Man had that many jewels. 10 to the 13th. So ours is 10 to the 20th. This asteroid one kilometer long will have 10 to the... Where is it? 10 to the 13th. So 10 to the power of seven, right? So million plus times more energy than the atomic than Fat Man, right? So just imagine a million Fat Man's going off. That's the same energy as one kilometer. And that's assuming if the velocity of this thing is correct, it's going at... Which seems really high to me. Which seems incredibly high to me. More zero, I guess. Calculations need one more zero. Apparently, I did the math right, but I got 127 trillion gallons of water then converted to liters when the lightest will still boil almost 20 Lake Eries. Cool? So 20 Lake Eries, 75 Lake Eries. Huge. Huge, right? These what if scenarios make math exciting? Wish I had this in middle and high school. Yeah, really. It's super fun doing the stuff. It's just mental exercise, right? Math and real life. There's a reason why I... If you type in mathandrealife.com, you'll go to my math site that I haven't updated for a while because I need to mirror stuff. I need more resources to do, right? But math and real life is the name I chose for the website, right? The language of mathematics and math and real life. This is math and real life, right? It's super cool. I was born in Dunkirk, New York, which is a town that is on Lake Erie, and my house was only five-minute water. That's cool. Must be cold in the winters. I can just walk into a Walmart to experience that. Experience one part. That velocity seems low to me. It does it? Based on what astrologers speak, can it be 50,000 kilometers per hour? If it's low, then my god, a couple orders of magnitude off. But I had to take... The initial velocity is quite reasonable for what I have read in the past. Really? No. That's fast. 50,000 kilometers per hour asteroid, one kilometer wide, hitting the earth, will low density to high density, or evaporate anywhere between 20 to 75 Lake Eries. Wow. How many calories is one cubic light year of that amount collapse into a black hole? Depends. Depends, I guess. Depends if it hits one cubic light year of bacon. Together? Yes, they create a black hole. Another puzzle with circle. A bit less numerical, maybe. Have fun. Somota? From what I understand, you actually see the link that you've posted, but the chat doesn't see the link you post because we don't allow links to be posted in the chat, just so people can zap and any phishing scams. But you're welcome to post the link on our Discord page in the math folder. We do have a Discord page and you'll find it on the main Twitch page, where actually you can go to Discord here. This chord, that should bring it up. That's our main Discord page. I am a bit confused that it got to be times 10, but I might be wrong. For Lake Erie, you got one order of magnitude difference. Voyager 1, which we launched in 19th century. It's currently going 62,000 kilometers per hour. Super cool. Wish change the results to 750 Lake Eries. Oh, really? For this one? The volume of that's right. It's an order of magnitude. That's a lot. 10,000 more. 750 Lake Eries to 200. From 200 Lake Eries to 750 Lake Eries, or 20 Lake Eries to 76, 75 Lake Eries. It's a world event. Huge. If we get confirmation for that, great. Do you like computational math? I'm not sure what computational math is. I like doing calculations and just playing around with numbers and possibilities. Well, you have massive bodies accelerating a relatively small rock through a frictionless space. Easy to go get to such speeds, I guess. Yeah, for sure. The massive bodies is basically these asteroids that zoom around, this little rock that zoomers around. There's the sun, right? It gets caught in its gravitational force and goes, right? And then another gigantic body. So it's like not ricocheting, but what's that thing called? I forget what it's called. The heaviest building in the world is 4 billion 98 million 5000 tons kilograms in weight. Wow. One night here is that much so we can do the math on the butter. Pretty easy. Nice, Josie. All right. I sometimes meditate. I'm imagining neutrons and neutron stars to calm myself. Cool. I can't do the math, but I really want to know. Little bungalow. Twitter told me an asteroid was heading at Earth and that we were all going to die. Then I looked up the facts and saw that the closest closest it would get is 3.6 million miles away. Slingshot. Thank you. Slingshot. Slingshot around planet. Thank you very much. I'm at a loss for words today. I don't know why. You posted a picture of this guy. Awesome. Thanks, spider-man. Can we do the one tiny example on twitching units like from kilometers for hours to meters per second? A switching units, you want? Switching units. Yeah, we did one, but we can do it again. Easy peasy here. Let's do one. Centripetal force. Yeah. Sling shooting off a planet is gravitational assist. Yeah. That's how news outlets work nowadays. No one is going to click an article that says asteroid has one chance of hitting us because it's 3.6 million miles away. 2,550,000 cubic meters. Every article says asteroid may gonna hit us. Yeah. Cheecho. Sassy. Rossy. How are you doing? If you get time, can you show any comics you got out? Oh dude, we just went through at the beginning of the stream notification didn't go through. I showed the stack of comics while we waited for people to come by. It would be cool to calculate how much damage would one M2, a neutron star, matter would do damage on impact. Three M I meant. Oh man. I'll watch it later. Yeah, I just went through this. There's mainly like three $1 DC stuff, but most of them are true believers. And this is a stack that I put together to give to my students. I give them two a week that every time I go see them, I give them one every time I see them. I send twice a week, right? So two of these, I give them a week and I'm picking up more every week. So let's do a conversion asteroid problem going down. I gotta get a better eraser or watch this guy. So let's do straight up conversion. The coolest thing in space are neutron stars spinning outward 700 times per second. I read that it creates a magnetic field so strong they then get the name magnetar. Wow. What is the current subject? Right now, we're just going to do a straight up conversion. For last hour, we'll calculate the impact energy and the destructive force of a one kilometer asteroid that weighs a lot. One cubic light years equivalent to a cubic meters. See if you can find the density of the negative effect of G5. Oh, sleepy waves. So if we're going to go kilometers, check this out. Kilometers per hour to meters per second. And this is exactly what I do when I'm doing conversions, right? So whatever your number is, let's assume your numbers here. You want to convert this many kilometers per hour to meters per second. So what you want to do is convert kilometers to meters. That's easy. So you multiply this by kilometers and over meters or meters over kilometers. And you ask yourself, what's the relationship between meters and kilometers? One meter is 1000. And one kilometer is 1000 meters, right? So kilometers kills kilometers. That's good. We've got meters up top. We've got a meters on the bottom, meters up top over there, right? Because that's what we want to get up. Now we have hours here one second. So we're going to kill the set, kill the hours, right? So we multiply this by hours. Now we're not going to go, I don't usually go from hours to seconds, I go hours to minutes. So you ask yourself, what's the relationship between hours and minutes? One hour is 60 minutes. So hours kills hours. And we want seconds in the bottom. So we're going to put seconds down here and minutes up here. And one minute equals 60 seconds. So minutes kills minutes. So the conversion is this. You've got seconds in the bottom, seconds in the bottom. So whatever your number is, you multiply by 1000, divide by 60 and divide by 60 where you divide by 60 squared, right? I hope that's clear. That's the way you do any conversion. That's the reason for series four of the language of mathematics. If you go to my YouTube channel or go to my website and go to the math table of contents, I'm in the works, it's been in the worst for a while, but I started a whole series where we're converting colored squares to colored triangles, right? That's all we're doing because it doesn't make a difference. You just have to lay it all properly and just kill you things, right? So if you go to series four of the language of mathematics, you'll see this playing out the videos. And at some point we're going to go back and complete that series, right? The card episode without tonight. Yeah, I'm watching it. It's good. Yeah. And they get a stark waste that create gamma ray bursts that affect our atmosphere even 50,000 light years away. My pleasure, little bongorff. How would I convert miles into feet or what it's what it's called? You just go, I don't know what the conversion factor is for miles to feet. So whatever you have here this many miles, multiply this by miles, miles over feet. All you have to do is figure out one mile, how many feet there are in one mile, right? Look that up and put the number there and the miles kills the miles and you get feet out, right? Okay, now butter in one cube. I love it, Josie. In all possibility, there's eight, I'm going to read this. There's 8.49 times 10 to the 50 kilograms of butter in one cubic light year. Nice. That's a lot of butter. In all possibility, there are even quark stars that are even more dense than neutral, neutral stars. Also, imagining large astronomical bodies and events is somehow calming for sure. Indeed. Indeed. Incredible. I could make so much breakfast. I was going to feed my house. Fun gang. Awesome. We didn't do too much math at the beginning of the stream, but we did a fair bit of math towards the end. Lots of calculations and numbers and stuff. How are we going to load this up? I don't know. Could you do summary on probability on computers? Oh man, summary. You got smiley faces, fatty chickens. I'll give you the origin of probability on combinations. We need a giant skillet. Probably combinations. The origin of it is gaming. Gaming, right? What do you call it? Just people who made their lives, made their livelihood from games of chance. They came up with probability because they were trying to come up with games that would give them more probability of winning, making more money, right? So gamblers. Gamblers. We should once do a poker stream using math probably for victory. Eyebooker. Plan on it. There's a friend of mine that's gone to the world poker tournaments and stuff like this and we've been meaning to do that together for a while. Just haven't got around to it. Definitely looking at the probability of the different types of hands you can get and stuff like this and if you're riding the river car or last draw or whatever it is, right? At some point we will. But before we do that, I'm not sure which one's going to come first. At some point we're going to do the probability of craps, right? That's why I did one of the first things was the probability of distribution for two die, right? Rolling two die. And I have a craps table that I've shown you guys that I made, right? It's zero positive or negative number, neither, or maybe neither. And even more importantly, how would you go about proving which it is? There are proofs out there. You can look it up. I was banned from gambling, so no wonder I sucked a PNC pack and scope. They didn't let you gamble. If you don't know, if you haven't played games of chance, then let me put it this way. The people that I've seen that have a better grasp of games of chance, probability, are people who have participated in games of chance when they were younger, board games and stuff, right? Texas hold on. We used to play with wild cards, even King Little, Follow the Queen, Ten's Wild. It's a crazy day for Green Bay's. Twitching Jason, how are you doing? Hey Chico, hope you're well. Super weird. I haven't gotten a notification about a stream from Twitch in a while. Yeah, it seems like today's notifications went out late, so we're just looking at comic books for 10, 15 minutes or so. One cubic light year of butter has enough calories to feed the current world population for 8 times 10 to the 28 ages of the universe. Oh my god, that many? Yikes. Don't go yet, we still need to talk about Batman. I haven't seen it. I gotta check it out. Okay, let me go check it out. Let me go check it out. Check out the Batman suit. Let's check it out. Where is the comic books? There it is. It's very metal. It looks like we just see the logo up top, right? Looks very metal. Oh, no, no, there's more pics. Ooh, look at this. Hmm. He looks more like... I don't mind the chestplate. The chestplate's okay. That one's really dark. Can barely see it. Who's the villain in this one? Spider-Man. Who's the villain in the next Batman movie? I think that'll decide if it's a legit suit or not. That last night, lucky seven. So that's the ages of the universe worth of the current population of food. Whoa. Sorry I posted too many pics in this good. No, no, no, it's good. Do you have any recommendations for math books that have interesting perspectives, not like a textbook or anything? Daredevil, but it's just a little tease. Oh, what? Daredevil is what? Oh, I read just a favorite. They hinted the video, tinted the video red, so he looked like Daredevil because it's just a little tease. Oh, that's what it is. I have a link to post, how do I do it? And so we're right up on how ridiculously large 52 factorial is. You can post it on our Discord page on the math folder, little bongorf. So rumors are he's going to have every villain in the rogue's gallery, but we already have Catwoman Casted and Penguin Casted. Penguin, I heard, really? Hmm, saucy, pure Rob Chico. Redeem is highlighted. 100th message. My message, 100. Yeah, Colin Farrell has been cast as Penguin. Suit looks awesome, does it? We have Andy Circus as Alfred, okay. I haven't looked into what's going on. Colin Farrell, I like. He's a good actor. So we see, I don't know what the Batman guy is. What's his name? I haven't looked into it. Zoel Crafts. So this sounds like the 1998 My precious. 1998, the first Batman, Tim Burton, Catwoman and Penguin. And is there a Riddler going to be in there? Sorry, I'm like an echo in here. My chat, it's scrolling and I'm typing messages. London Boulevard with Colin. Nice. Looking forward to it. Looking forward to it. What did I, what did we just watch? I can't remember. What's something that was pretty good? I'm looking forward to Boy Starting. Yeah, the Boy Starting, yeah. He's most known for playing Edward Colin from the Twilight movies. Is he? I don't know him. I didn't watch the Twilight movies. They did cast Riddler too. Yeah, if there's Penguin, there's going to be a Riddler coming with it to a degree. Robert Pattison. Pretty decent actor actually. He was good in the Rover, despite his Twilight catapaths. Okay, I don't know the guy at all. It's six times 10 to the 54 calories of butter. So it's even bigger than 52 factorial. Awesome, Josie. Robert Pattison is on record. Absolutely hating making the Twilight movies. And for the longest time, was just making super indie movie. And a 24 movies. He's also in the new Chris Nolan movie. Okay. Can you help me create an exact fit equation of y is equal to y is equal to mx plus b plus. I'll just put a set of data. y equals mx plus b is just a line. So it would just be lines parallel going up, wouldn't it? Robert Pattison is playing no movie Tenant. They some of it here in the stone, they fill some of it here in Estonia and was really tempted to sign up as an extra to see his this process. Cool. Yeah, man, that trailer looks fantastic. Oh, I don't know if I've seen the trailer for Tenant. I must have seen something. It rings a bell. Tenant. Tenant. I gotta look this up. Oh, why is this ringing a bell? Oh, yeah, that's right. Oh, I barely remember this. I gotta watch that again. Filmed. But the C and D are decimals with lots of decimals like the trillionth place. Steep exponents. Christopher Nolan is by far my favorite filmmaker. Oh, who's my favorite film? My favorite filmmaker of all time is Stanley Kubrick. But he's passed away. So who's my favorite filmmaker at present? I don't know. A movie discussion. A movie discussion. Maybe we should do a live streams talking about movies. All summer we were hearing about Tenant because they're filming it here. It was a big thing for our small country. Cool. That'd be a fun idea, actually. Nice. Should we call the stream gang? Let's call the stream. Let's call this a stream. Fun time. I'm in 10th grade. Can you help me with my math homework? I've been trying to solve it for three hours. 2 plus 2 is a maximum of 4 based on vectors. Could be 0 too. Are you a Tenantino fan? I like the early Tenantino stuff. I do like his movies. I like Reservoir Dogs a lot. That was his first movie that I saw. I saw it in the theater. So that one was fantastic. Jackie Brown was great. Paul Fiction was great. The last, not the last one with the one before with the cowboy thing. That was pretty good. I haven't watched the Hollywood one. I'm not. I couldn't give a rat's ass about Hollywood. So there's nothing there. The only thing that I saw there that really intrigued me at all was the character of Bruce Lee because I'm a huge Bruce Lee fan. I love Bruce Lee, but I don't want to sit through a Hollywood movie to watch Bruce Lee's character. So maybe I'll watch it at some point. I love hearing about your film interests. Yeah, I love movies. Yeah, me too. Gone through a lot. Two minutes. One more fact. One more fact. Josie, do it for us. No, don't go. It's midnight here in the UK. Midnight. You're still working. You're at work. All the drunkards are coming at night. Turn three or sometimes. Or we shouldn't call them drunkards. I do that too. Let's say people with a lot of things on their minds are trying to celebrate and whatnot. Terry Tiro sometimes is prankster. He makes crap just because he knows that people still buy it. Oh man, sorry I missed so much of the stream. I've got to make sure all my notifications are working. I really enjoy chatting with you guys. Yeah, twitching Jason. I'm sorry. It's just notification. It didn't seem like it was going out properly today. Thanks always for streaming to Joe. I hope I can catch a little bit of the stream tomorrow. No stream tomorrow. Stream Saturday. I hope I made it correct. So stream Saturday evening and Sunday evening. Okay. At 8 30 p.m. my time. Not Hollywood one. First you chose stream of caught. Thanks. Awesome. Glad you enjoyed. I hope you enjoyed yourself. Stop. You can do well, but he likes to laugh over his audience from time to time. He insults Bruce. Does he insult Bruce? Forget it, dude. I'm out. I'm glad I haven't seen it because I'd be very pissed at Terry Tino if he did. Jackie Brown was fantastic. Underrated. No, I haven't seen Perica yet, but I know that director that I like. I love that director, right? What's the train movie he made? Snowpiercer was phenomenal. He got a lot of bad reviews because people are stupid, but it was phenomenal movie Snowpiercer and I've seen some of his other Korean movies that he's made. He's a fantastic director. Really. Here's the other one. If every one of the billion stars in the galaxy had eight planets and each had 7.5 billion people, then one cubic light year of butter is enough calories to sustain the universe of people for one million ages of the universe. So in conclusion, a cubic leader, a cubic light year is big, like really big. Thanks, Josie. Makes Bruce to be a superhero. Maybe his... No, I won't say it. By the way, with Hollywood, I don't think that his goal was to insult Bruce Lee, but just make Cliff character stand out more. That was the reason for it. At least that's how I saw it. That's a positive way of looking at it. Oh, sorry. That was my bad. Yeah, Saturday. Saturday. Okay, Snowpiercer is good. Very good. And after watching Snowpiercer, I went on eBay and I bought the two Snowpiercer books that I bought from eBay or, I think, or I might have bought it somewhere else. There's two volumes of Snowpiercer that I bought just to read the comic books. That's how much I loved the movie. It was fantastic. That Cliff was the guy who even makes Bruce look like a wuss. And then the family made a mistake with the address and met Cliff, the Ubermatch. I really hated the scene. Maybe. Hated it before I saw the movie, but the whole movie seemed to build up. Okay. You're going to need a lot of gals to make your butter. Yeah. I've heard. I'm excited. I'm excited. I'm very, very excited. Yeah. Actually, I haven't seen a movie just to see. Watch Snowpiercer. It's a fantastic movie. If you like dystopian movies, great movie. Great movie. Okay, gang. Thank you for being here. Thank you for the conversations. Thank you for the puzzles. Thank you for the questions. Thank you for the mathematics. Thank you for the comic book talk. Thank you for the movie info and all that jazz. Thank you for the subs. Thank you for the follows. If you're around, we'll talk Saturday, 8.30 PM, my time, or Sunday, 8.30 PM, my time. Okay. Aside from that, look for more streams next week, end of next week. You know, that was a fun resolution. See you, Chico. And everyone loved. Awesome gang. Thanks, Chico. We love you. Love you guys, too. And Josie, thank you very much for keeping an eye out for my mathematics and providing all this beautiful, beautiful data. Right? And everybody else, of course. Bye, everyone. Hope you guys have a fantastic day, evening, morning.