Hi, guys! You are watching Oxy Vlogs! If this is the first time here and you would like to know more information about life in Dubai, how to get a job in the city, don't forget to hit the subscribe button and the notification icon so you will not miss anything. There are so many cases when families are moving to the UAE, but only one member from the family has a job offer. So, for example, how husband can sponsor his wife and children so they will stay legally in the country and they will get a residency visa. In the UAE, both employers and employees can sponsor their family members. Even wife can sponsor her husband if he doesn't work. For husband to sponsor his wife and children, he needs to be earning 4,000 dirhams or 3,000 dirhams plus accommodation. So, if husband is an employer, then his family members will get a visa for 3 years. If husband is an employee, then his family members will get a visa for 1 or 2 years. It depends on his labor contract. So, once the family members enter the UAE, the husband has only one month to apply for the residency visa. So, basically he needs to change the entry permit holder to a residency visa holder. Then family members need to pass the medical test so all family members above 18 years old. The husband needs to provide an authenticated marriage certificate in Arabic or it can be translated into Arabic by a certified translator. So, here are the documents which needs to be provided by husband in order to get a residency visa for his wife. So, now let's talk more about children. You can sponsor your daughter if she is unmarried. But you can sponsor your son only up to the age of 18. And then if he is still continuing studying, you can sponsor him up to the age of 21. But you need to provide the proof that he is studying. If he is studying abroad, he needs to enter the UAE every 6 months in order to keep his visa valid. You need to pay also a deposit for his visa. You will get a visa for one year and it's renewable until he finishes his education. If you want to sponsor your stepchildren, you can do that but you need to pay a deposit for each child and you need to provide an objection letter from his biological parent. And this visa will be issued for one year and you can renew it as well. Next, if you want to sponsor your parents, you can do that but it's not that easy as to sponsor your wife or children. Because, first of all, you need to sponsor both mother and father. You cannot sponsor only one member. If one of the members has passed away or they are divorced, you need to provide the proof to justify the sponsorship. Then you need to prove that you are the sole support for them and there is no one to take care of them back home. The next requirement is your minimum salary should be 20,000 dirhams and you need to get a medical insurance for both of them as well. What if a woman wants to sponsor her husband? The situation is a bit different in Dubai and Abu Dhabi. In Abu Dhabi, if a woman wants to sponsor her husband, she needs to work as a teacher, engineer, doctor or any other profession related to the medical sector. Also, her minimum salary should be 10,000 dirhams or 8,000 dirhams plus accommodation. And then, in addition to that, she needs to provide a list of documents required by the respective authority. In Dubai, it's a little bit different. A woman can still sponsor her husband if she doesn't work in those sectors. But her minimum salary should be more than 10,000 dirhams and as well she needs to get an approval from the government and to provide a list of documents required by the respective authority. So guys, I hope I answered most of your questions related to this topic. If you find this video useful, please leave your feedback in the comments below and if you have any other questions also don't hesitate to ask me. I will be happy to answer them. Thank you for watching and I will see you in the next video. Bye-bye!


Live from Seattle, Washington. It's theCUBE, covering DockerCon 2016. Brought to you by Docker. Now, here are your hosts, John Furrier and Brian Graceley. Seattle, Washington for DockerCon 2016. This is SiliconANGLE Media's flagship program. We go out to the events and expect the same noise. I'm John Furrier with my co-host, Brian Graceley. Our next guest is Shashwad Suryasav with VP of Engineering at EMC. Welcome to theCUBE. Thanks, John. Good to see you again. Good to be here. EMC world was big this year. We had a great conversation about the pools, as Jyotishi once said, the pools of resources being addressable. And EMC now using the term infrastructure as code, almost like it's de facto standard, which we believe it is. So always great. And a lot of IT practitioners based their decisions on the architecture based on storage. Some drive it from security angles, some from storage perspective. What's your thoughts with Docker? Has that impact the customer from a storage perspective? What's it all about here? So that's a great question, John. I think the customers are moving to an environment where they want to consolidate their infrastructure and they want to bring the workload to where the storage is. They don't want separate storage silos for analytics or different type of use cases. So basically if you have the storage that runs in the environment which is friendly to Docker and ECS is an example where ECS ships as a Docker container and you could run the container on the nodes and you could also bring your other application and other workload on the same node which can run side by side in Docker container. And that helps consolidating your infrastructure or not. So I've got to ask you the question. I'm an EMC customer. Pretend I'm an EMC customer. Hey, I've been buying all these drives from EMC. I got tons of email. I got object store, all those capacities that we heard at EMC World Trade Stop. But all those Docker stuff, there's so much going on in this ecosystem.  So help us, take a minute and share your thoughts on what is this new Docker container trend and all the players here? And what does it mean for the customer? So the world is moving to an environment where people want to work in an agile manner. They've gone other days when you buy appliances from different companies for different purposes. And these days you want flexibility in terms of being able to buy the hardware from any company that you want and bring in the software pieces and make it a software defined infrastructure. So you could bring a software defined storage from EMC. You can buy the appliance from EMC. You can buy the appliance from somebody else. You have all your applications that runs in Docker container and missiles. And these are great examples of technology where your applications and storage, they can run side by side on the same infrastructure. I think the ecosystem that we are seeing here, it helps customers a lot into consolidating, being more flexible, being more agile and how they deploy, how they bring up the environment and how they make their work go. Yeah, what's, we've been hearing about software defined storage for a while now. What's really driving it? What makes a customer say, I want to go software defined storage? What's the use case? Who's the decision maker? Is it a DevOps team? Is it developers? Is it still a storage team? Like what's the landscape for software defined storage these days? Yeah, so if you look at how industry had worked in the past, they had different storage silos, for example, for the fire system in which the developers would want to run different workloads versus the analytics platform where you would want to run your Hadoop jobs or the Spark workload or your content, archive content where you would use the object interface. So based on different developers need the infrastructure admins job became pretty hard. So, and that also resulted in things like wasted space or not for utilize capacity in various silos. It resulted in data being copied from one place to another. So, now imagine that you have a pool of hardware where the software defined storage gives you the flexibility of storing the data just once and accessing it through any means that you want. You could access it through object interface, through fire interface, through object or the analytics SGFS interface. That allows the infrastructure admin to expand, flexibly expand, contract the pools as they want without having to copy the data between the different silos. And that allows the developers to have complete freedom to access the data anyway they want. So, it really is bringing a new trend the same way that virtualization brought in consolidating compute, the software defined storage is bringing the same thing. In ECS, we followed this principle from the day one. We've said that you create the architecture in a way that handles the scalability storage just once. And the same data could be exposed as object interface, as SGFS interface or fire interface. And since it's completely horizontal scalability with all nodes being equivalent symmetrically, you can keep on adding nodes to the system, keep on rebooting. And that gives the infrastructure admin the complete flexibility to offer the services to the developers. Yeah. You were at Microsoft Azure prior to coming to EMC. Azure's obviously delivered as a service. So all that operations is sort of hidden behind an API. It's hidden behind the service. How difficult, how complicated from an engineering perspective is it to build software that, because people want that same experience, right? They just want to talk to an API. As an engineer, how hard is it to build essentially a lot of that operational smart into the software so customers don't have to have an army of people to make it run? You bring up a great point, Brian. I think it's more of a thing that as an engineer, you have to keep in mind as a requirement. And once you have that, then it's possible to build up a system like that. We being at EMC, EMC values the ability of our customers to operate as the, or the enterprise features as the biggest thing. And we took the same philosophy and applied to the platform three type of storage infrastructure, which provides the cloud type of offering and scalability. But with ECS, you still get the enterprise feature and functionality to be able to operate easily. And essentially you, a customer doesn't need to have the expertise in a distributed storage system, but he should still be able to operate it. And you're seeing customers, the customers you talk to feel like they're getting a similar experience with ECS as opposed to what they might get from any cloud service provider in AWS or in Azure, something like that? Yeah, so basically in Azure or AWS, you just see the data into API, you don't see much about how the system is operating behind. We go a step further in the sense that our API is very similar to Amazon S3 interface. And, but in addition to that, we have dashboards and other monitoring tools, which gives customers a complete insight on what is happening in the system to show them the transaction rate, to show them the height of the system, nodes, et cetera. So we've heard good feedback in terms of the operability of ECS. What's the next big thing around the audience? You know, a little more developer centric, a little more container centric. What's the next big thing that you guys are looking at? I think the analytics is a huge thing because storage has to be tight. There's so much of data that you really need to think about how we are analyzing the data and how we are working with that data. And the next big thing for us is to extend the storage into analytics by providing the functionality of analytics in the same system. And that's where we are going with. I think the other thing is that Amazon and Azure, they've given a certain, a good feature for the developers, but it's like in some other, somebody ISIS premises. And really to operate on a huge amount of data, you need something that is on-premise where you don't have to pay the cost for bandwidth and VAN. And so there is a potential for creating a hybrid scenario where a customer has a choice on flexibility, moving the data on-prem, off-prem, running the workload where they see the best use case for. So I think moving up the stack in that fashion is where we think the next potential is. Yeah. Take a minute to share to the audience what goes on in the engineering team, what's the mindset, what are some of the specific things you're working on? So I saved the 3.0 announcement for the big announcement that we make, I won't reveal the secret at now. Come on. I think the mindset that we are operating on is more from thinking from the customer's perspective that there's huge amount of data sitting in the enterprises which are not so easy to move to the new generation of application or to the storage. So how do we make it so easy for customers to see basically move to the new type of storage, modern storage, modern analytics? That's how we are operating. And all the features that you see us working on or that would be announced, it would be along those trends. Final question. If someone asked you, hey I didn't get a chance to go to DockerCon this year, what happened? What was the bottom line? What's going on there? What's the big deal? I think the momentum is just amazing. You see so much of traction that is being made from our perspective. The integration of storage in the Docker environment, it looks to be the next big hurdle which is being caused which would make it so easy for customers to start using it in full functionality. If you think about it, if you have multiple data centers and you could have compute and storage tied together and be in a flow in an active, active manner, that would be a huge thing. And we are seeing the trend moving towards that direction so that's a great positive news for us. Final, final question. Advice to your customers out there that have a lot of storage and they're architecting their future for the digital transformation. They want to make sure that they're taking advantage of all the greatness of EMC but also they know that cloud native is ahead of them. What's your advice to them as those architects out there? Yeah, so basically like you said, the biggest pain points the customers have that they have a huge amount of data that they want to move to modern system. The huge amount of data comes huge cost so you should really look for something that is cheap and deep where you can move your data but that also offers you the modern primitives that you expect from cloud. And I think ECS is that type of architecture which would give you both the benefits of cost versus the modern application primitives. And the big vibe of the show this year is what? What's the big theme this year? In DockerCon, yeah. For me it's more of a storage to Docker integration and but I'm biased from the storage perspective, so. John, thanks so much for coming on theCUBE. Appreciate your insight. Thanks for coming on. Appreciate it. It was very nice talking to you. It's theCUBE, I'm Brian. I'm John Furrier with Brian Gracie. You're watching theCUBE. We'll be right back with more live coverage here at DockerCon 2016 after this short break.


What's going on everyone? Sam here with late sports cards ripping one 12 box full case of 22 top Star Wars chrome black For Joseph H. So good luck. You're Joseph. Let's do some Star Wars, man May the force be with you yes, sir Yes, sir. Yes, sir. So most I think this is the most top Star Wars chrome black. I've ripped like at one time For personals ever I am that's grito kitfisto And ig-88 That's uh, 116 out of 199 another lego star wars legend ig-88 I mean 90 percent is before Very true. Uh, rala killie is going to be your first thought. I believe that is not numbered Yep, Clint Howard That's one there Let's see a super come out of here. What's your definition of a lego leg? Just that they were in the game If I remember them from the game, then they're automatically a legend We'll see how many lego star wars legends I remember here.  It's a 199 refractor and gold belly motto 18 out of 50 nice one there next up. We've got Moff Gideon nice John Carlo Esposito. There he is. That's awesome, dude God one of my favorite actors so cool. Congrats on that joseph. Oh, that's so cool I think this is the first moff gideon I pulled out of star wars black.  Because he was have you watched breaking death? He's like the main like villain He's like he plays the role so well and then like um far cry six. He's yeah, okay. He's like the villain in that one too. Yeah Yeah, no, he was like he got super famous from breaking bad dude. He played the role Gustavo Fring so well Uh, sure it in way Let's play us or moffs uh Cassiana andor And commander cody refractor to 199. I got a lego set of commander cody I think I remember that that was cool We've got azu On the base auto. That's christopher. Sean is azu. Let's play us or moffs The chicken brothers emperor palpatine. Is that cid? Yeah, so cid And the mandalorian green 41 out of 99 nice And we've got a Champsinduola that is one of five on the red robin ackon downs as champsinduola Nice awesome great case so far congrats on that one there, uh, joseph Sticker out. It has like the top certified I feel that for sure Uh bb8 uh plo koon Legend and jango fat nice one there 10 out of 99 lego. So where's legend jango fat?  Yeah, yeah force pushing back at him And then he was like you're able to jump over everything here. I was like chasing him around. Oh god Six-year-old me was not happy.  Oh my god. That might have that might have caused the the mad the angry tears Oh, don't give me started on that. That was terrible. That was awful. Even the new one. It was see 3 p.o supreme leader snoke And princess leo organa green 10 out of 99 Ha ha ha ha ha ha ha ha ha ha ha ha when you're only three. Ha God rick. Uh olai is that uh olai uh rough brown Oli The bad thing about the Skywalker saga was that The pod racing mission got worse which one. Yeah, I know dude Like it's first person. It's like I know I don't want to do this I know dude. It was so brutal too like Because I got the I got the complete saga for my for my Xbox one Yeah, and I remember like because I was doing him and I was doing him from like, you know The family menace. Yeah through the return of the jedi and I remember because that's in one I'm pretty good like a third up third chapter. Yeah, it's a third episode. Yeah acts wolves Anakin Skywalker refractor to 199 nice one there and blue hunter to 75 We've got zeb aurelius that is steve blum on the refractor auto And I could not stand return of the jedi like the whole Not the movie like the the whole like Uh all the six missions in the game.  Congrats joseph That's awesome. Grats buddy And gold is um, oh boy, uh, should I uh look queen or looking? 49 out of 50. I'll see if I see the Nika butterman that one right there Nice one there. I don't think they have a lot of time in the Oh, that's the um, I think it's shia There's something that that's okay. I know what character. Okay I forget how to pronounce these record Bolo refractor to 199 And gold grand uh admiral thron that's 13 out of 50 Now we try and see him live action. Oh, yeah, and we've got uh hondo onaka Refractor auto not numbered jim Cummings Oh, yeah He's just a funny character Gotcha Still need to watch that watch bad batch. Yeah, uh, donny said it was pretty good. Well, I can't spoil it So I can't talk about it. So I'll just shoot it.  Oh, yeah, absolutely That's so sick That's a big time right there. Yeah, that's a good way right into a mag for it. Congrats. Joseph big hit, dude And green crosshair That is d bradley baker 80 out of 99 Zebra alias Refractor wicket w work to 199 And Padme that is on the green 20 out of 99 amadal. That's margrave juro Uh, andrew caschino. Oh, that's so sick, dude Last box. Good luck Joseph. See if we can end you off with a bang. I'll see you super I mean He's got the banger. Yeah, he's a dollar banger. True. There's actually a couple in there because like the The grogu's pretty big and the moff Gideon's pretty big. Yeah, uh quaggan gin Lama soup And nice blue kylo ren 66 out of 75. We've got a ezra bridger That is taylor gray as ezra bridger That will do it for the break. Thank you again, joseph. Congrats again, buddy Get those right out to you, man


Nagushka, you're already one meal a day. But Nagushka, I'm sorry to hear it. Snacking is good, but tell you the truth, from everything I've read, we eat too much food anyway. So one large meal a day should be sufficient. It's actually supposed to be healthy, and then snacking throughout the day is supposed to be the way it should be done. That's something I looked into a lot in the past, and that's one of the ways I was able to get into a better physical health condition, because I reduced the amount of food I was taking in. At one point in my life I weighed 210 pounds, and I realized that was nasty, so I dropped 30 pounds. It took a few months, but I decided to have a better relationship with food and got my life together, and now I weigh around 180 pounds. Right now I'm a little bit chubby, 185 pounds maybe, because I've been eating a lot of sourdough bread my partner's been making. Pawn, eating too much ages us much faster, yeah. There's only a handful of correlations between longevity and good health, right? Eating less is one of them, less than what Western world consumes anyway. It takes energy, energy to consume food. You need just like anything, like for example a lot of people eat all the time, right? And think of your body as a machine, okay? Machines do need rest time, okay? You need to flush the system every now and then. That's why fasting is really important as well. Fasting is actually extremely good for your health, okay? So just imagine, compare yourself to a car.  You change the oil. When you turn it on in the morning or whenever you're turning off, let it heat up before you start driving, right? Don't abuse it.


Hi, I'm Zor. Welcome to Inizor Education. We continue talking about oscillations and primarily mechanical oscillations right now. Now, before we were talking about basically some aspects of movement itself, as it oscillates. In particular, in a simple case of a spring with an object attached, we came with an equation of displacement of the object of some neutral position. So if this is the neutral position of the spring, then we basically, if we make some effort to move this particular object to this position, stretching, basically, from the neutral position by distance a, and then let it go without any initial velocity. And then this would be an equation which describes the movement where x is displacement of the neutral point. So now we will talk about the different aspect of these movements. We'll talk about energy. So this lecture is about energy of oscillation. Now, this lecture is part of the course called Physics for Teens. It's presented on Unizor.com and I suggest you to watch this lecture from the website rather than from, let's say, YouTube, where you might have found it using some kind of a search engine because the website contains the whole course, which means there is a menu of all lectures and lectures are logically dependent one from another. Like, for instance, today's lecture depends on two previous lectures where I was actually deriving this formula. Plus, there is a very detailed notes for each lecture. It's basically like a textbook. Also, Physics for Teens is a course which has a prerequisite and prerequisite is called mass for Teens. Now, you will see in this particular lecture, for instance, that you do need mass. You need calculus. You need vector algebra. You need a lot of mass. Physics cannot be studied without knowing mass. So today, for instance, I'll use integral. Okay. Oh, by the way, the website is completely free. I mean, there are no advertisements. There are no strings attached. You don't even have to sign in unless you are performing some kind of a supervised studying, but anything is completely free. Okay, so let's talk about energy. When I initially stretched my spring by this distance a, what basically does it mean from the energy standpoint? Well, I performed some work. Now, where is it going? I performed the work, which means it's supposed to be converted into some energy of the spring. So in this position, in a stretched position to its maximum, spring is supposed to have certain potential energy. We know that mechanical energy can be basically characterized as kinetic energy. It's energy of movement.  So this is the energy. It's a kinetic energy. Now, potential energy is completely different thing. Potential energy is basically ability to perform some work. Now, what kind of work stretched spring actually can perform? Well, if you put some kind of a weight or whatever else to this particular point, it will push it, which means it will exhort certain force on the object. Object will be accelerated and it will be moving back to the neutral position. Now, I'm assuming that there are no friction, no air, no gravity, just pure spring, ideal spring, weightless, which has only elasticity in it. Okay, so we do have certain potential energy because we have performed work to stretch the spring. Since we performed the work, amount of work we have performed actually is exactly equal to amount of potential energy because you know about energy conservation law. If some work is actually spent, mechanical work I'm talking about, then some energy, mechanical energy, is supposed to be transferred to someone else or something else. Either we are moving something or we are stretching the spring. So in this case, at the very maximum stretch by the by the distance a, my spring is supposed to have certain potential energy, which is equal to amount of work, which I perform. Okay, so what happens next if I just let it go without any initial speed? Well, the spring, which contains certain stretched spring, which contains certain energy is supposed to pull the object back here. Well, from the position where the initial speed is equal to zero, it starts moving, which means it accelerates with certain force, and the force actually depends on how stretched the spring is. You know, the Hooke's law. Hooke's law is that the force is equal to minus kx, where x is the stretched distance or squeezed actually. It's the same thing, whether it's squeezing or stretching. The force is always opposite. If x is positive from here, well, I assume this is neutral position. This is x is equal to zero. So whenever x is positive, the force is negative. It goes back, and if x is negative, then the force will be positive. So it's the Hooke's law, which basically we are considering reflects more or less how the spring behaves. So there is a Hooke's law, so there is always a force which drives this particular object back to the original neutral position. Now the force is always acting while it's moving from here to here, which means the object is accelerating and accelerating. And what happens when it reaches the neutral position? Well, let's talk about this. Potential energy when the spring is in the neutral position should be equal to zero, because spring from the neutral position cannot by itself move left or right, stretching or squeezing. But we do have this object and it reaches certain speed. It has certain mass. So at this particular point, all the energy, all the potential energy, which used to be when the object was in this position, will be converted to kinetic energy at this particular moment. What happens next? Well, there is an inertia, and the object will start moving further, squeezing the spring. What happens in this case? Well, the spring will slow it down, right? Because the force is always acting opposite to direction. If x is negative, then the force will be positive, so the force will prevent movement. What does it mean if it's already moving with certain speed? Well, it will slow it down up to a zero point of speed zero. When speed is equal to zero, it means that the spring is squeezed to the position where its potential energy should be equal to the same kinetic energy at this point or potential energy at this point. So energy, which we have supplied to a spring, stretching it, is converted into potential energy in this. Then the potential energy is diminishing, but the kinetic energy speed of the object is increasing. By this point, all energy is kinetic, potential is zero. Then the kinetic energy starts diminishing because the speed is diminishing, but potential is increasing. But the sum, potential and kinetic energy at any time, because of energy conservation law, must be exactly the same constant and equal to the initial amount of energy at the stretch by the distance a. And that's the most important part about how the energy is converting. My work, when I stretch, is converted into potential. Then potential is decreasing, kinetic is increasing. Some of them is constant. At this point, everything is kinetic because potential is zero. And then the potential is increasing, kinetic decreasing, up until the maximum squeezed point. And then the potential energy at this particular point is equal to potential energy at this point. And then it goes back. So as soon as the spring is completely squeezed to the point where potential energy is equal to the initial, then it will start straightening again, back to stretching again, back to neutral, and through the neutral back to this initial stretched position. Because again, energy is preserved, the constant. And that's how it will move back and forth, back and forth, according to this law, where x is the displacement of the neutral position. Great. This is preamble. Now let's talk about mass. First of all, what kind of potential energy I will have at this particular point? Because everything depends on it. Because now from this point, we can calculate all other things, kinetic energy at this point or at any other point. So we do need initial amount of energy at this point. How can we calculate it? Well, here comes the mass. Let's consider that we have already stretched the object to this position x. And now we are trying to move it by infinitesimal dx into position x plus dx. It's infinitesimal. dx is differential of the distance and it's infinitesimal, which means from x to x plus dx, we can assume that the force is not really changing. The force we have to apply to stretch this spring. And the force depends on the x. So the force at point x is equal to this one. Right? So what we have to do right now is we have to add the force which I have spent from x to dx to another force, which I spent from x plus dx to x plus 2 dx, etc. So we are dividing our interval from 0 to a into infinite number of infinitesimal small dx entries in intervals. On each one, we spend certain amount of work. It's differential of work, which is equal to f of x, which is this times dx. Right? Work is equal to force times distance. And we are assuming that from x to x plus dx, the force is constant. And it's equal to f of x. Distance is dx. So this is differential of work. What do we have to do now? We have to integrate it from 0 to a, which is equal to integral from 0 to a minus kx dx. Well, minus actually doesn't really make sense, because it doesn't matter which direction force actually is going as a vector. In this particular case, we are interested in absolute value of this force, because actually this is a vector equation. But now let's forget about the vectors, because x is directed along the same line as the force f. So they are collinear. So let's forget about this sign, and the integral of this will be kx squared divided by 2 using formula of Newton-Leibniz. We have to substitute instead of x. Now, I draw this because the derivative from x square is 2x, since divided by 2 will be x. And k is just a linear multiplier. And that's equal to kA squared divided by 2. So what we know is that at point A, my potential energy u of A is equal to kA squared over 2. This is energy at this particular point of stretching. So now let's talk about how the object moves. It moves from this point to this point, and then to squeezing the spring to this point. So that's how this potential energy is converted into this kinetic energy at this point, because at neutral point our energy is potential energy is equal to zero. So everything is kinetic. So if everything is kinetic, then v of zero, well, I will use v0. This is a speed at moment of crossing the neutral point. So if this is v0, then mv0 squared over 2, which is kinetic energy, should be equal to maximum potential energy. From this v0 is equal to square root of k over m. Well, that's with absolute value. So absolute value, because when it moves here, the vector of speed is going this way. When it moves here, vector of speed is going that way. But the absolute value of speed, which we are talking about right now, is this. By the way, if you remember, square root of k over m is omega here. That was in one of the previous lectures. All right, so this is what angular frequency or something like this is called. Okay, so we have found the maximum speed. Now why is it maximum? Because all the potential energy converted into kinetic. Then the speed is reduced by the resistance of the spring, right? And it goes from this value, from maximum value, to zero at point of maximum squeeze. And all potential energy becomes again this one, where a is initial stretch. Okay, now let's talk about not just this moment when it crosses the neutral position, but at any distance. Let's say I'm interested at distance x is equal to d. What is potential energy and what is kinetic energy? Well, potential energy, you know, would be u of d. Exactly the same way as I calculated potential energy at point x is equal to a. I can put exactly the same calculation. It's just integral would be instead of zero to a, it would be zero to d. Which means it would be k d square over 2. So this is potential energy at any point d. Now v d would be speed. So m v d square over 2 would be kinetic energy plus u of d should be equal to full energy of the system, right? u of a. Because all this energy when we are somewhere in the middle here is partially converted to kinetic energy and whatever is left is potential energy. So this is a general for any d, right? Now from which we would, we can find out the speed at this particular moment when we are at this particular position where our object is at position d of the neutral point, right?  So this is speed of the object at any position which is at the distance d from the neutral point. So speed actually depends on the position, right? If d is equal to a maximum stretch we will have zero here. Obviously because we are saying that we just let it go without any initial speed after we stretched it. If d is equal to zero we will have the same formula as before. v zero would be square root of k over m and then square root of a square which is a, right? That's what we have just derived before. And if d is equal to minus a it will be once more it would be zero. So it goes to the minus a position when you're squeezing the spring. When the spring is actually squeezed by the object which by inertia continues moving here and spends its kinetic energy to convert into potential energy of the spring. And just as an interesting curiosity what if you will graph the speed as it depends on the distance of the neutral position. What kind of graph this function is? Well let's call it y is equal to some kind of a coefficient let's say alpha square root of a square minus x square. I'm using x and y because it's more kind of typical for functions, right? Basically it's d instead of y and x instead of d. Now what is this? Well y square is equal to alpha square times a square minus x square, right? What is this? This is basically some kind of a circle depending on alpha. If alpha is equal to 1 let's say it's pure circle because y square is equal to a square minus x square. And this is the circle because x square plus y square is equal to a square which is x square plus y square that's the hypotenuse and that's the distance from the zero. So it describes a circle. Well in this particular case maybe only a quarter of a circle because we are talking about the positive as x is changing from zero to a. But then if it's from minus a to zero it would be another quarter of a circle, etc. So basically it's a circle if we have some kind of alpha it would be squeezed the scale of the y would be different because it would be y over alpha square plus x square so it's basically a circle squeezed by some kind of a coefficient alpha. But in any case it's just some kind of an interesting detail of what exactly this dependency represents. And in this case for instance this is the beginning point where x is equal to a, right? d is equal to a this is g and the speed is equal to this is speed b. So in this particular case we have speed is equal to zero but the distance is a. As the distance diminishing speed is increasing then again when the speed is has reached its maximum at point of distance equal to zero at this point then if object goes further to the left squeezing then the speed is diminishing but the potential energy would be increasing because the distance of the center of the neutral point would be increasing to the negative side by absolute value. All right so basically that's it that's how energy is supplied and then transformed from potential to kinetic and then from kinetic to potential and then back and the circle is repeating again and again and again and that's how the equation in this particular case describes the movement and this thing or this thing rather describes the speed at any point where object is located from minus a to plus a on the spring of the central point or of the neutral point. That's it so thank you very much I recommend you to read the notes for this lecture it's basically the same thing but just expressed as a textbook and it it better lies in your in your mind actually after you read it with your own eyes. So we have like two different avenues your visual and audio as as you're watching the video and then you will have some kind of a text show impression of the same thing. All right that's it thanks and good luck!


As part of efforts to bring calm and safety to the Ligueuse Abandoned Expressway, as the U-Tide Beckons, command of the 9th Brigade of the 9th Journey Army Brigadier General Isan Gobong, Aquaman Mottier, has spoken on the need to bring sanity to the expressway in the backdrop of various criminal attacks that had been reported on the expressway in recent times. This is coming on the use of a promise by the Chief of Army staff not to deny nine gerions of safety. Aquaman Shia, who spoke during the Brigade's security operation in the Ligueuse Abandoned Expressway on Wednesday, said the information would provide lasting safety of lives and property, face U-Tide and beyond. Plus, TV Africa's correspondent, Destin Momofai, is in his report. It is an atmosphere of serious business, as the troops matched into the bouges in Setch of Gunmen, causing unrest in the Ligueuse Abandoned Expressway. Brigadier General Isan Gobong, Aquaman Mottier, command of the 9th Brigade, Ikecha Cantonment, described the security operation as a response to an order from the Chief of Army staff that a gunman should be stopped from inflicting pain and unsuspecting travelers. I'm sure you are aware of the continuous harassment of Nigerians flying this way, by kidnappers. And the Chief of Army staff believes that it's not good enough, especially at a time like this. We'll just be doing it from time to time, especially during this Christmas, the Yellow Tide season we are entering, and probably until it gets to the election period, we would make sure the road is free for Nigerians. The determination of the troops as they made their way into the forest scared some gunmen who reskept along the bouges, as they had become familiar with the forest path. The commander speaks on the need for travelers to feel safe traveling this Yellow Tide, as the Nigerian Army will be on guard beyond the season. As far as this road is concerned, we will try all that is possible within our ability to make sure the road remains safe. With order, with the assistance with the police, civil defence, Amotec, all those people with security groups, we work together. Four suspected gunmen who claimed to be farmers were arrested in the bouges, while various weapons were found in their possession. Destiny Marmo plus TV News.


You two team keeping clean. Time. Team keeping clean, man. I love it. I love it, man. I love it. I love it. I love it. I love it, man. I love it, man. I love it. I love it. I love it, man. I love it. I love it, man. I love it. I love it. Real quick, just might as well make the announcement now. We're going to be going to the Week 17 game, the Ravens versus the Browns, man. So team keeping clean, we're going to be in the building. So anybody that's going to that game, make sure y'all come say what's up. I know we got a while before that game is here, but I just had to let y'all know. Wow. What a game. This is not how I thought it was going to go. This is not how I thought it was going to go. This is not how I thought it was going to go at all. I did not think it was going to go like this. What a game. Team keeping clean. What's going on is in Raven here with another video. And in this video, shout out to all the background noise. I got a lot of people at the house right now. We got it, man. Falcons only had 130 yards of offense. They averaged 400 yards of game and they only had 130. Man, let's get it. Julio Jones had two catches. Julio Jones had two catches. Two catches. Julio Jones had two catches. Julio Jones had two catches. Julio. A lot of people think it's the best receiving. Julio had two catches. And they were both on the first drive. Oh, man. Defense. The defense did it, man. Why does the defense keep doing this to me? Every time when I think that we're not necessarily outmatched, but when an opposing team has a great trio of receivers like the Steelers, well, they got more than a trio, but like the Steelers did in that first game to us. And this was another game where I'm like, man, I'm worried, man. And so I'm worried. I'm worried. I'm worried. I'm worried. I'm like legitimately worried like, man, how is our corner going to match up with those guys? What about our safeties? What's up? What's going to happen? But the defense, they reassured me like, hey, in Raven, you out there, we over here.  We the players. We got it. So, hey, hey, that's crazy, crazy. I did not expect this, man. I ain't expected to be like this, man.  When you think about it, well, they did get the touchdown pass on. Was that fourth down? I forgot what down it was, but they did get the touchdown pass toward that tight end. Who was the tight end? I don't even care. They did get the touchdown to that tight end toward the end of the game. But do y'all realize this for almost all, for three and three quarters of the game? Oh, it was Austin Hooper? Okay. Appreciate that. But for three and three quarters of the game, do y'all realize we are in Atlanta, in Atlanta, in Atlanta. We held the Atlanta Falcons. Matt Ryan, Tevin Coleman, Julio Jones, Calvin Ridley, Muhammad Sunoo, Hooper. We held the Atlanta Falcons to no offensive touchdowns. No offensive touchdowns for three quarters and three quarters of a quarter. So for 3.75 quarters out of four, we held the Atlanta Falcons in Atlanta, in Atlanta, in Atlanta, to no offensive touchdowns. And you know how that offense is. We know how that offense is. Man, this is crazy, man. Some of y'all might have thought this was going to be an easy win. I was not one of those people. While I did think we were going to win, before when this game was first on our schedule, before the season started, I picked this as a loss. I picked this as a loss. But then, once Lamar came in, and after seeing him in these past couple games, just not even just seeing him. Because in this game, he ain't doing nothing special. He ain't doing nothing special. And he even came out for a little bit, and RG3 came in. There wasn't a drop off at all. There was no drop off. And that's what the future is. That's the future. That's why they got RG3 for Lamar, just in case anything happens to him. When a lot of us thought, oh man, they got RG3 for Flacco, just in case anything happened to Flack. But something happened to Flack, and they put in Lamar. They didn't put in RG3. They put in Lamar. So RG3 was really Lamar's backup all this time. All this time. All this time. So this guy, again, Lamar didn't have to do anything special. He didn't, I mean, but the time, while his numbers weren't pretty, his numbers weren't pretty at all. They were not pretty at all. But his, just the time of possession is huge. The time of possession is huge. It plays such a big role in what we do. Now, even though when they were driving, they would drive, drive, drive, drive. And on the first drive, they got a touchdown. It was at the second drive. I don't even care. I don't even remember whether it was the Ravens first or second drive. I think it was their first, though. But whatever it was, when the Ravens got a touchdown, besides that touchdown, they were driving, they were driving. They did get some lucky penalties now. Like on that touchdown drive, I think it was a pass interference they called on whoever was guarding Michael Crabtree. And that call was like, you could have left that one alone. But there were some calls both ways. There weren't too many, but there were some calls both ways. There was a rough in the passer that they called on Zadaria Smith. And he pushed, he did push Matt Ryan. But I was like, eh, nah. But the Marlon Humphrey one was bad. Where Julio's Helmet went into Marlon Humphrey, but they called it on Marlon Humphrey, they called unnecessary roughness. And I'm like, what?  Let's be real. Let's be real about this thing. Yeah, the one on Marlon Humphrey was bad. It was such a terrible call. But this thing was crazy, man. This game was wild. This game was wild. And I was just so appreciative of how it went, man. Real quick, yeah, back to Lamar Jackson. The two fumbles, well, no, three fumbles.  He likes to get it out of his system. He likes to get it out of his, oh yeah, the one, the passing the fence on Brandon Carter, set up their touchdown. That was such a bad call. It was terrible. It was terrible. It was terrible. The best defensive performance of the year for us. It's up there with the Steelers game. It's definitely up there with the Steelers game. And Tate, Tate, welcome back. This is why we love you, man. Tate, welcome back. Tavon, y'all. Man, wow. Tavon Young, man. What's up, baby? Welcome back, man. Welcome back. Whoa. Hey, yeah, we was all heated about that, uh, that Brandon Calkalk. That was just a bad one, man. That was a bad one. Um, Lamar Jackson, when he got hurt, I don't know what happened. Because I didn't, because I got like, I don't know if y'all can hear the music in the background. Y'all can hear all the people. I don't know, but y'all probably can. But, um, when, when, no, I don't think the Titans, the Titans won was better than this. I don't think so. Not to me.  Oh, okay. All right. Um, Young's from DMV now, man. Is he really? What's up, AK? But when, um, uh, what was I thinking? What was I talking about? Oh, he, he, somebody said that the Titans game was, uh, the Titans defense game was better than this. I don't think, not to me. I know we held, we shut them out or whatever, technically numbers wise it was better, but this game was far better because the Falcons offense is way more dangerous than anything Tennessee could even think of. Falcons offense is way more dangerous than them. Way more dangerous than them. And it's, it's not even close. Am I scared of any games ahead? Every game makes me nervous. Every game. And now, like, like I told y'all before, I get that nervous feeling in my stomach before the games now, man. Well, it was sure going on today, man. It was sure going on today, but I would put this game ahead of the Titans game defense wise for sure because Titans ain't got no Julio Jones, no Calvin, no, no Senua. No, they ain't got that. So this, this one, I gotta put this one over. I got to put this one over, man. Um, so anyway, yeah, we all so close to the playoffs, but this can't be it.  I don't care how healthy he is. You cannot do it. Marlon Humphrey held Julio Jones to two catches to 18 yards, man. Marlon Humphrey held Julio Jones to two catches, 18 yards, man. Mostly did have a solid game. Um, I didn't see any passes go against him, like any passes caught on him. I did see a pass over the middle, but it wasn't him that was in coverage. He was somewhere else. Um, but this is wild. This is wild. Fuji said three and no, no, seven and five, both, both. He said Dixon was garbage. Dixon, I think he broke one, one, one that went for like, what, eight or something like that. I forgot he broke a little, he broke a little one. He did nothing special though, man. But, um, this was great, man. This is great. Uh, guys, they did it. They did it. I am so like, I don't know if, if, well, I know y'all can relate to me, but right now I just, I feel so satisfied from this win, man. I feel so satisfied, satisfied from this win. Like, I feel like, like, wow, these dudes did it. They did it. They did it. They did it. What's up, Gerald? They did it. Yeah. And the coach lost it, but I feel so satisfied that they're actually taking care of their own business. They taking care of their own business. This is crazy, man. Khalil said Falcons trashed that. Why? That's why. But they, they got Dion Jones back and I'm like, man, it's going to be Dion Jones back in the building. Falcons going to be bringing that energy back. They going, man, they, boy, these Ravens did it, man. They did it. And it's wild, man. Yeah. Flacco can't come back. They got to leave them on the bench. You do not mess this up. Yeah, Lamar, mister, he missed, he threw two bad passes. Was it two or three? Because the two to John Brown, I think it was just two, because it was the one for John Brown in the first half and then the one to John Brown also in the first half. Um, but you, you, you can't do that. You can't go back to flat, man. You can't do that. You cannot do that. You absolutely cannot do that. You can't. But, um, I'm a, uh, oh, four bad throws. What were the other two? Because I only remember those two off the top of my head. But let, let me know, man.  They're going to come. But trust me, the video that I got coming out about Lamar and Flacco, oh, I want to, I want to see what the haters have to say then. Because when I put that video out, like I said in the halftime show, when I put that video out, all of them are going to, they're not going to be able to have anything to say. They're not going to be able to have anything to say. Nothing. They will absolutely have nothing to say.  Anybody that, uh, that, that hates on Lamar Jackson. And this, this, this video will be, it'll be so good for both sides, for both sides. Because both sides obviously having some, they clashing a little bit and having a lot of disagreements. But this video, when I put this video out, I promise, I promise you, it will open up so many eyes and there will absolutely be no excuses. No excuses for anybody on both sides. On both sides. And it's going to clear so much stuff up.  But when there's still hate afterwards, there's going to be no excuse for the hate. There's going to be absolutely no excuse for the hate. I cannot wait. I wanted to put it out yesterday, but I got busy. I wanted to put it out this morning, but I said, no, no, no. I need them to have a full day, maybe even a full week to where they can watch that video. They can analyze it. They can listen to the entire thing. Because when, when that video comes, there's going to be nothing that you can say. There's going to be nothing that you can say. Absolutely nothing. I promise you. I promise you. And if you, if you try to say something and go against it, whatever. Of course, cause it's always been people that, um, it's always those people that, uh, they try to look for every little wrong thing in the video, but I went and got all the facts and the details of those facts in the video I got. And I brought up numbers cause a lot of people love numbers. I brought up numbers too. Oh man. I can't wait. I can't wait. The video, I made the video like, like three, three days ago. I think like three days ago, three, four days ago. But man, I can't wait to drop it, man. I just want to pick the perfect day to drop it though. I don't know when maybe it's tonight, but tonight we got Sunday night football tonight. Now we got a good game at four o'clock tonight. No, I want to drop it so bad, man. But I'm awake. Proud to say three fumbles. Okay. He fumbled the ball three times. What do you, what do you want to say? You want three cookies for that? I see you put three fumbles like 80 times in the chat. What do we need to pin three fumbles at the top of the chat? What's up, baby? Three fumbles, what? Oh yeah. The video will be perfect for you. The video will be perfect for you. For Proud, Proud say three fumbles. Oh yeah. Make sure you watch the video three times. Oh, I can't wait, man. Oh, three wins. Oh, y'all came back. Nice. Boy, I ain't even had to say nothing. Y'all say, he said three fumbles. Y'all say three wins. Y'all don't play, man. That chat section don't play, man. Y'all don't play, man. Y'all do not play. You said three fumbles. Y'all said three wins. Ain't no comeback for that. Ain't no comeback for that. Ain't no comeback for that. There's absolutely no comeback for that. I mean, come on, Proud. What you got to say to that? What you got to say to that? Proud, come on, man. I'm waiting for you. My boy, he's on his phone right now on his keyboard like, oh, I don't know what to type. I don't know what to type. He said, what's their combined record? Oh, see? Hey, Proud is one of the people, man. I can't wait to put this video out. Make sure you watch it, please. I beg you. And everybody, oh, Flack, three straight losses. And it goes another number, too. You can't fight with that one, man. I can't wait, man. I can't wait. Oh, I can't wait. And when you watch the video, Proud, please listen to every word that is said. Please make sure you listen to every number, because you're clearly a numbers guy. Proud is clearly a numbers guy. He's clearly a numbers guy. So Proud keeps saying three fumbles, three fumbles, three fumbles, three fumbles. Do you see them numbers that I put out in the video? Oh, trust me. You ain't going to be saying three fumbles no more.  There will be nothing. I promise you. Oh, I promise you. I promise you. I can't wait, man. I can't wait, man. Flacco woulda done it. Somebody said Flacco woulda done three interceptions. Flacco is cool, man. I got all the love in the world for Flacco. But it's time. It's been time. It's been time for years. I love both courts. Oh, all three, actually. Yeah, all three. Did you see the spark on the sidelines? Yes, they got life again. Yes. That's what I say with Lamar Jackson. John, what's up, baby? What's going on, John? You on the road? You on the road? Man, nah, I can't drop the video yet. I gotta wait. I gotta wait. But I promise you, for real, seriously. If you, if, if, and this video is for people, when I put it out, I really want people to listen. I want people to listen. Because a lot of people, they don't listen. They look at a title and just go with it. They don't actually hear what I got to trust. I promise you. Whether you want Flacco to come back in or you want Lamar to stay in, or even if you want RG3 to stay in. Well, the video ain't really got nothing to do with RG3. But with the whole Flacco, Lamar... Because I don't even know what made me want to do the video. But I forgot exactly what it was. I guess all the people keep saying, Flacco, give us the best chance to win, or Flacco, give us the best chance in the playoffs, or Flacco should start in the playoffs if we get to the playoffs. But I can't wait. I'm going to stop talking about it, because I don't want to make anybody antistatic. Yeah, Lamar even hypes up the fans, man. Somebody mentioned it, that with Lamar Jackson, they mentioned that even with the Ravens videos that they put out on YouTube, that they're getting way more views now. They're getting way more views. One dislike. Hey, that's all good. It's the same person every single video, and I got all the love for them in the world, and I love them, but guess what? They come and watch every single video. That's all that matters, man. That's all that matters, so they listen. They listen. That's all I ask, man, is that you give me a chance to get you... And that's why I thank y'all so much for giving me so much of your time, every day, every weekend. Because we do this every weekend, and I appreciate y'all. We have an identity before LJ, before Lamar Jackson, we didn't. We do. Run the ball, play good defense. Run the ball, play good defense. Somebody gonna give us a couple good plays. We gonna get some touchdowns on offense. We gotta do some things on defense. Everybody gotta contribute. But yeah, we do have an identity. Look at Danny. He said 17 carries away too many. Check out Danny, man. Check out Danny. Check out my God, Danny, man. Check out Danny. That's all, man. He wanted to dance even more, man. But shout out, man. Shout out to him, man. Flacco look bitter. Ravens Nation appreciate... Yeah, we all appreciate Flacco. And that gets cleared up too, because it's a lot of people that think just because a lot of us are saying that Lamar is... Just because a lot of people... a lot of us are saying Lamar should be starting and should continue starting. A lot of people think, oh, man, y'all don't appreciate Flacco. You guys don't like Flacco. You guys are hitting on... We love what Flacco did. We're grateful what Flacco did. We appreciate everything that Flacco did. But it's time it's done. When you truly love somebody, if you can clearly see that your relationship, it keeps heading south. And it's not even headed south, but it's not going north. And it's not getting anywhere. It's not getting anywhere. Y'all just keep on going through the same thing over and over and over. You got to know when to break it off, man. You got to know when to break it off. You got to. So with Flacco, yeah, he did his thing. He did his thing. Again, like I said, there ain't no hate towards Flacco at all. We love Flacco. Love him. Love Flacco, but yeah. It's... Yeah, it's Jackson time. Like Super Saiyan, it's Jackson time. And I don't need no watch to tell you what time it is. I don't need no watch for that. So he wasn't that bad this season. He wasn't that bad this season, but his games were bad. He made some very, very bad mistakes. And the thing is, it's not even that he made... It's not even just that he made bad mistakes. It's mistakes that are inexcusable for somebody who's been playing this game for 11 years straight at this level. That's what the problem is. That's what the problem is. That's what the problem is. It's the fact that this guy has been doing this for 11 years straight. 11 years straight. But still getting the... It's the mental part. It's just not clicking. It's just not clicking. That's the problem. It's just not clicking. And since it's not clicking, like somebody said earlier, shout out to Ariana Grande. Thank you. Next. Thank you. Next. Dixon should not be starting. Hold your horses now, buddy. Hold your horses now. But anyway, nothing against him personally. Of course, like we said, we got all the love in the world for Fleco. But they might as well eye-arm, man. They might as well eye-arm, man. Just so all of this can be avoided, there won't be any more talk, no more question. They might as well eye-arm. Straight up. Straight up. They might as well eye-arm. Put them on injury reserve, man. That hip is clearly a problem. He's been practicing more, I mean, it is what it is, man. Yeah, exactly. He said, is this how the Cowboys' fans felt when Dag Press got took over? I love Fleco, but we got to know when it's time to move on. Exactly, man. Exactly. Mollie Humphrey would have killed Julio under the old rules. Oh, yeah, they would have done it. They would have let them play way more physical, man. I mean, no, for real. And again, I know it's going to be some people that take this the completely wrong way and they go, oh, you're hating on Fleco. No, that's not it, man. What's the point now? What's the point? What's the point?  Or let RG3 do that? And you see how the style of play doesn't change.  What's going to go down? Our backup just, they, oh, my God, I don't know what's going to happen. With me, when I, because I was grilling, like, literally the entire game, I was on a grill. Like, y'all saw the halftime. But when Lamar went down, I didn't, my heart didn't skip a beat. I didn't trip out. I just continued to flip the chicken. I continued to flip the burgers. And I was like, okay, RG3's up. I had literally no fear in my heart when RG3 went down. I was not scared. I was not worried. I was not like, oh, man, no, now we got RG, wow. I wasn't tripping. I was even thinking about RG3 the next game. I was like, okay, if Lamar's out, so be it. That's fine. We'll be fine. I was not tripping at all. And RG3 even came in there and he still looked good too. And he, he didn't, he didn't look rusty at all. He stepped, he stepped up and stayed in that pocket. Lamar Jackson, this dude was in the pocket all day today, man. All these people who keep talking, oh, he's a run first kind of guy. He's a run first quarterback. He's a run first, run first, run first. You please watch the game. He's not. He is not. He is not. Lamar Jackson literally just stood there. He stood there in that pocket, stood there, stood there, stood there, stood there. He waited and waited and waited and waited and waited. Look at Prada. Hey, shout out to Prada, man. Oh Prada, man. You make me want to put that video out so bad. Prada's still here, man. And he's still, he's trying to find everything with Lamar. Prada's one of the people I talked about, y'all remember now. They will look for any little thing with Lamar Jackson. They will look for anything. Shout out to my guy Prada, man. He's gonna look for everything. Yeah, he missed some open throws. Yeah, he did. Does Flacco make, is Flacco throw accurate? Please let me know if it is. Truly unaware of that. I was truly unaware of that. Truly unaware. Yeah, O-line deserves a lot of credit. Oh yeah, Raciva's had some drops now. They did have some drops, man. Like how Flacco missed more wide open. But Flacco, that makes me want to throw. Y'all look crazy, man. Appreciate y'all being here, man. Loco, what's up? He say salute to the Ravens. We did it, yeah, man. We did it, man. Well, y'all, y'all gonna get me in trouble, man. I'm out here doing these strings when I had the scallops on the grill. I went back out there. They told me they had to take them off because they burned. But, hey, when these Ravens win, I can't even be mad, man. I can't even be mad. It's all good, man. Let them scallops burn, man. Charges are stealers. Either way, help. Well, no, charges. Charges, because charges, we should either be going for, obviously the fifth seed would be a lot better and a little bit safer. But, um... Charges win. We can get closer to the division, and then we got a big game against the Chiefs next week. If the stealers win, then they knock the charges down a little bit. What were the charges? 8 and 3, I believe? So they will be 8 and 4. We will be 7 and 5, so we'll be, like, close to them, but we'll be close to them. So, I mean, I think the stealers are gonna win. Man, who do we go for? Let's go for a tie. Should we go for a tie? I think, yeah, let's go for a tie. Let's go for a tie. But, either way, let me... He said his air room on the rake of his bandwagon. Come on, man, hop aboard, man. You get a pass from me, man. I'll sneak you in the back door, man. Anyway, team keep it clean. Let me get off of here now. I appreciate y'all. I love y'all. Thank y'all for coming through. This was such a great game, such a surprising game, and I'm absolutely, like I said, I'm extremely satisfied right now with how they won this game. Sorry I couldn't look at all the comments, but obviously there's a lot going on out there. I love y'all. I will see you later on today. I promise you, and we out, man.


Hi, I am Dr. Shilpa Shetty, Consultant in Nephrology, Manipal Hospitals. The risk factors for kidney diseases in general are diabetes, hypertension, obesity, smoking, and family history of kidney diseases. But in women there is an added risk of pregnancy related kidney diseases like septic abortions leading to infections, major bleeding after childbirth, hypertension or preeclampsia. All this may lead to acute kidney injury or what we call a temporary kidney failure. But unfortunately some of this temporary kidney failure leads on to chronic kidney disease or permanent kidney damage. Also women are prone for some unique kidney diseases, mainly autoimmune diseases like SLE, scleroderma, rheumatoid arthritis, many of which affect multiple organs including the kidney. However transplantation is the best option for all kidney failure patients including women. After kidney transplantation women can lead a normal active life and they can also become pregnant. Labour and delivery can be uncomplicated in women who have transplant under the care of a good nephrologist and a gynecologist. Some modifications of medications which are taken for transplantation, BP monitoring and renal function monitoring by the nephrologist is required. We also see many women being donors to their loved ones, mainly their spouses, children or other family members. This is true across all countries. This may be due to various factors like various socio-economic factors and cultural factors and also the inherent compassionate nature of women.