Everybody forced here ripping twenty one twenty two revolution basketball team all eight box case number eight random teams You can always find these results at late and sports cards calm Thanks everybody for joining me and good luck revolution team all Still haven't pulled a gold out of this. I don't think I have Has been a few weeks though You had to let it marinate I guess So we're looking for the reds. There's silver center number to 99 and And then hollow gold numbered to one got a poll one of those Yes, you got team all red not numbered and the silver's are to 99 and you can't hit autos I don't think it's quite as common as hobby boxes, but you get at least two or three here in the case But a giddy rookie base got red Lamello for the Hornets Got red rookie Joe Weiss came for the spurs. Let's get iMac filled up guys break soon Dave young Mitchell base rookie a red Chris apps for zingas for the wizards Silver wizards Chris apps for zingas numbered 85 of 99 red for the blazers use of nerk itch red rookie Nick Jericho Sims Red Nets Kyrie Irving Got a Lakers auto Shaquille O'Neal I get it here. It's a little stuff. There we go. My Shaq auto red not numbered for the Lakers Shaq's right behind us Got red window Carter jr. For the magic Brandon Boston jr. Red for the Bucks is drew holiday Red rookie for the Sixers Jaden Springer Scotty Barnes base rookie red for the Sun's Chris Paul and silver bulls Nicola Vucovic Number 94 of 99 You guys personals are full for tonight. We just got to get immaculate basketball filled up in the dual case eminence and flawless breaking tonight Got red for the Hawks John Collins eminence of flawless dual cases really marked down to really mark down JT Thor rookie red for the Hornets Cooper red for the Cavs Collins Sexton Supernova red for the Rockets Jalen Green This one Rockets good-looking card red for the jazz Donovan Mitchell Boston Reeves red for the Nuggets Aaron Gordon Red rookie for the dubs Jonathan Kaminga Team all is an Asian retailer a Chinese retailer So it's exclusive products for team all basically most smoothie rookie Got red Zach Levine for the Bulls. It's similar to like Amazon. I guess Silver rookie for the Thunder Trey man numbered 8 of 99 We can buy him a secondary here Red for the Warriors Steph Curry red rookie Thunder Trey man Cameron Thomas red for the Bulls Jimmy Butler Red for the Thunder Shagildus Alexander box number three expression here See how many spots we all have still 15 on the dual case Immaculate is down to 10 now nice One sec guys Moving on box three here. There's a Prima rookie red for the Grizzlies John Morant Zaire Williams Grizzlies rookie silver 70 of 99. Nice one there down there Bansin red for the Bulls DeMar DeRozan with the color match red for the Wizards Isaiah Todd Chris Duarte red for the Hornets Gordon Hayward Got a Ray Allen bucks red auto nice Ray Yep, gosh on with me tonight got red for the Mavericks Jalen Brunson. You're watching Pokemon stuff's fun got red Lonzo for the Bulls What's up some big good got red rookie Hornet James book night, okay? Red Nets Ben Simmons. I'll check it out This is 21 22 feeling Brunson Mavericks Silver 86 of 99. She had basketball dust Like soccer 21 22 Got red for the Magic Mo Bamba Cool red rookie Jalen Green Rockets color match. Let's get that Immaculate filled up guys Wiggins red for the Warriors Andrew Wiggins got who's one Gruber Rockets rookie number 71 of 99 on the silver Well guys, let's get Immaculate filled up raking soon. I've been mobility rookie base calves red for the heat Tyler hero Link is in chat 10 to go now 10 to go That red rookie for the Rockets Josh Christopher Highland rookie red for the Thunder Lugans Lugans dorks Got a Nicolae yokich red auto now for the Nuggets do the the autos have been crazy in this case There you go nugs the MVP Got red for the Pelican Zion Williamson. It's bassy red for the Lakers Anthony Davis Red rookie Magic Franz Wagner red Kings Harrison Barnes Jalen Brown Celtics numbered 50 of 99 Cooper red for the Hawks Clint Capella Red rookie for the Magic Jalen Suggs Guy red rookie for the Pelicans Trey Murphy the third Cade Cunningham rookie base Pistons red Magic Cole Anthony So Jamie I had to assume the rookie silver bowls. That is 39 of 99 nice one bowls tripping a Team all revolution over here got red for the Grizzlies fill in Brooks Red rookie Nets Cameron Thomas Caleb is breaking tomorrow night red rookie or not rookie, but red Jonas Valentinus for the Pelicans Are we doing cases six through ten on Sunday? Nice Warriors rookie auto Jonathan Kaminga Auto is continuing to be awesome in this case red Carmelo Anthony for the Lakers Stop grandpa shorts Francis Wagner rookie red for the next Julius Randall. Yeah, your stash is always looking good Or at least the picture never changes. So yeah, red Mamokella Schreely for the Bucks rookie Jalen Suggs rookie for the Magic red Kelden Johnson Spurs Got it's a 99 miles Turner Pacers Silver, where's the number in here? 41 of 99 Miles Turner got red for the Pacers Miles Turner got red for the Grizzlies Darren Jackson Jr Red rookie Nix Quentin Grimes Got red Raptors Gary Trent Jr Red Shockwave for the Sixers Dwellin bead Got red for the Kings Deer and Fox Red Franz Wagner magic red for the Nix RJ Barrett red Clippers rookie Brandon Boston Jr Got Jalen Suggs rookie Magic red for the Celtics Derek White Nice Jalen Johnson Hawks rookie Silver number six of 99 red for the Pistons Jeremy Grant Red rookie Raptors Scotty Barnes nice Scotty red for the Celtics Jason Tatum Got red for the Raptors OG on a nobie. So that guy's got two more boxes here Nine to go on Immaculate now Nine to go, let me tweet that out. Just nine to go. Let's get Immaculate filled up guys. Link is in chats Two teams for spots got red for the Nuggets Nicola Jokic Breaking red for Obsidian. So very soon Red for the Lakers rookie Austin Reeves It's like Williams red Luca Dodgech Mavericks Vortex red Bulls DeMar DeRosin red for the Suns Devon Booker Red for the Pelican CJ McCollum red Warriors rookie Moses Moody Red Pacers Malcolm Brogdon Silver Nix rookie Quentin Grimes 4 of 99 Book and I get a red Paul George for the Clippers Red rookie for the Pelicans Trey Murphy the third Jalen Green rookie for the Rockets red for the Jazz Bojan Bogdanovich Red Grizzlies Desmond DeBane Come on guys Immaculate still nine to go Nine it's a go breaks pretty much next red Harrison Barnes Kings Red rookie Magic Franz Wagner Dosuna rookie base for the Bulls red for the Thunder Ligenstort Silver rookie Rockets Josh Christopher number six of 99 Or no eight of 99 Grimes got red Zion Williamson for the Pelicans Red rookie Rockets Josh Christopher Red for the Lakers Anthony Davis And a rookie Otto for the Pacers red Chris Duarte Nice hit Pacers Good autos in this case Uh Clippers red Kawai Leonard Come on gold Still have not seen one red for the Jazz Rudy Gobert Red rookie Magic Jalen Suggs Book and I got red Jaren's action junior for the Grizzlies And a silver Suns Devon Booker 11 of 99 All right. We had a few autos here Got uh Pacers Chris Duarte Warriors Jonathan Kominga Nuggets Nikola Jokic Bucks Ray Allen and Lakers Shaquille O'Neal Good autos there. Thanks again everybody. We got Obsidian up next


My name is Abeer Bax and PhD student at the University of Science and Technology. My advisor is Rabi Sametani and we work in fluid and physical simulation laboratory in KAUS. So my talk will be presenting the linear stability analysis of magneto hydrodynamic Rikman-Myshkov instability in cylindrical geometry. The outline are given by introduction, linear simulation of compressible MHT RMI, then we will present the linear analysis of incompressible MHT, then we will just give the main point of the numerical inverse Laplace transform why we are using this inverse method, then we will show the results. So as it will known, the Rikman-Myshkov instability occurs when a shockwave impossibly accelerates operative interface between two different fluids, which have many important subjects such as understanding the light curve and supernova explosions, mixing in scramjet engine combustors and the initial confinement fusions. So the RMI promotes the mixing between these capsule material and fuel and limit the possibility of achieving the energy which is produced in the ICL. So the previous work in numerical simulation showed that in planar geometry the presence of the magnetic field will inhibit the instability and the suppression of RMI caused by alven fronts or MHT shocks that carry the vorticity away from the interface. In cylindrical geometry there is an extensive study in the, sorry, confusing, okay, an extensive study in non-linear RMI, cylindrical and spherical geometry for various initial seed of magnetic field configuration also, they also showed that the suppression of RMI and RT instabilities will occurs in the presence of the magnetic field. This movie shows the MHT shocks that splits across the interface and they move the instability, remove the vorticity from the interface. For the incompressible model there is a study was done by Wheatley et al. in 2014 and 2005 will be presented later. So this showed the study of linear incompressible model and incompressible simulations of MHT RMI in the presence of transverse magnetic field showed that the amplitude of the interface will oscillate in time causing the suppression of the instability. In curved geometry for hydrodynamic case incompressible theory and compressible simulations also for RMI show that the growth rate of the interface exists because of the initial impulsive deposition of the vorticity and due to the radial motion. So our objective is to show that in cylindrical geometry we will investigate the suppression of these instabilities in the, due to linear simulation for compressible MHT and we will propose incompressible model to compare the numerical linear results. So the physical setup for the compressible MHT we have a cylindrical geometry with as a muscle on axial perturbation on the density interface which is initialized at the distance R naught and we have a magnetic field initially exists either in normal or as a multidirection with the, with the string beta and the shock wave of Mach number m interacts with the, with the contact discontinuity. So we will present here the governing equations of compressible MHT in conservative form where W, F, G and H are the compressible W is the solution vector F, G and H are the fluxes containing the mass momentum magnetic field and the energy and S is the source term arise in the cylindrical coordinates. We close the system by writing the equation of the state and we have the solenoidal, solenoidal constraint on the magnetic field. So in this system has some numerical errors close to the origin because of the, because of the magnetic field depends on the radial, radial on the space. Have some dependence on R. So we rewrite again the magnetic field as a sum of B star plus B1 and we substitute this in radial momentum equation to cancel these, the terms that proportionate to 1 over RQ which cause the numerical errors as the interface go close to the, to the origin. So we rewrite again the system regarding to W tilde. Linearizing our system by writing the solution as a sum of the base state time divinting base state plus the perturbed state and we substitute in the previous equations. We split the, we split them in the two, two, two equations, base state equations and perturbed state equation which are hyperbolic PDEs. And these matrices are the singular Jacobian matrices of the fluxes. Then we are focusing in our study on the growth rate of history of the perturbed interface which is normalized by using the asymptotic growth rate. This asymptotic growth rate was proposed by Lamborghini in the cylindrical geometry. We are showing the previous result we, this, this work was already published for in the, in the normal, in the, in the presence of normal magnetic field. The first one showing the purely azimuthal perturbation. The second one is in the case of purely axial perturbation for large wave numbers and different values of beta. The first one showing the hydrodynamic case where the RMI show the similar results as the planar case. It's oscillate around one, around unity then because of the converging geometry we have the Rayleigh-Teylor phase which control the instability. Similar in the second case then by applying, applying the magnetic field we can see the separation of these instabilities. So the var, the var, we are showing here the varoclinic vorticity, the vorticity that exists on that interface. For the hydrodynamic case we can see the vortex sheet exactly on the position of the contact discontinuity. While in the presence of the magnetic field we have two vortex sheets split away from the contact discontinuity. This, we can, physically we, we say that two alven fronts remove these vorticity and transport them away from the interface which cause the suppression of the instabilities. The second case was presented for azimuthal magnetic field. The same thing we studied hydrodynamic and the presence of the magnetic field for different at-width number, the ratio of the interface, the densities of the interface. So for the positive at-width number and negative at-width number. The first one shows the same results. Here I should mention that there is a phase change in the Rayleigh-Tiler instability while for the second case there is a phase change in the RMI. Again, applying the magnetic field will suppress the instabilities. Here we can see that the amplitude of the growth rate decreases with, with decreasing the, the strength of the magnetic, the strength of the magnetic field. As it's go up, so the oscillation will occurs very quickly and the, the frequency of the, the, these oscillations also will increase. Here we are showing the two, two, the vorticity 2D plot at the interface which is corresponding the arrows position on the growth rate plot here. So on the, on either side of the, on either side of the interface here is the position of the interface. We can see the vorticity are transported away by, by waves traveling parallel and antiparallel to the, to the interface. Okay. So they, they should alternate in signs because of the, because of the constructive and destructive, sorry, interference of the vorticity. So they will internail, they will change in signs. Sorry, it's not working this time. Okay. So, so this changing on the, in the, in the signs will make the growth rate of the interface will oscillate in time. Let's see. Next I will explain what we have done in the linear analysis of incompressible MHD. The previous work was presented in planar geometry by weekly at all where they proposed an incompressible model to examine the impulsively accelerated interface. They have a normal magnetic field. This interface was, has initial impulse which is, which moves in constant velocity. They linearized the initially the, the incompressible equations and solve them using Laplace transform. And they obtain a singular oddies which was easy to solve analytically. The result that they said that the initial growth rate of the interface is unaffected in the presence of the magnetic field. Then two alvein fronts carry the vorticity and propagate away from the interface causing the separation of the instability. So, we started to, we are proposing the similar method by applying that in cylindrical geometry. So, we have incompressible model of two conducting fluids separated by impulsively accelerated interface. As we, as I mentioned before, the interface will move with a constant velocity in our model. We assume here the magnetic field exists in either normal direction or azimuthal direction. We linearize the incompressible ideal MHD equations about the base flow. Then we will use the Laplace transform to reduce these equations into one oddie, singular oddie. Then we, we are trying to solve this oddie numerically and apply the numerical inverse Laplace transform while we are using the numerical algorithm here because our oddie is very complicated than the planar geometry. So, this is our oddie in the presence of normal magnetic field. It's a fourth order oddie containing the exact solution of Cartesian geometry which was presented by Wheatley including our correction in cylindrical geometry. So, we solved this equation numerically. The boundary conditions states that as the perturbations, as the distance from the interface goes to the infinity, there are no incoming or outgoing incoming perturbations, sorry, incoming waves from that side. At the interface, the velocity must be continuous and the magnetic field also must be continuous. So, we have these continuity equation across the interface. The second case when we have azimuthal magnetic field, we have a second order oddie. Again, we have the first part represent the planar case. Then we have the correction of the cylindrical case. Solving this equation, we will use the central difference approximation for spatial discretization. We are using LU decomposition. After solving the system, we are going to apply the numerical inverse Laplace using Gaver-Stefes method which approximates the perturbed velocity by sequence of functions given by this formula. The main thing I should mention that the integration of the promised contour, the result of that integration will be in the real part of the complex plane. We are not dealing with the singularities of that contour using the numerical inverse Laplace transform. So, the verification of the results in the planar case we started to solve the original equation oddie and these initial conditions represent the case of Mach number equal 1.2. So, the results in our simulations are given in the left tab plus where the original plus represents the analytical solution that presented in their work, in Wheatley's work. So, as you can see, it's almost in the same position. This represents the velocity on the interface. This is the initial impulse and after some time, we can see that velocity is split by two elven fronts and they are moving by local elven speeds. Another thing that we cannot capture the exact peak of these velocities because of the dispersion errors in the numerical. So, our solution for our oddie is in cylindrical geometry. This is our initial condition. This is also the results of the velocity at the interface. As you can see, the initial velocity is unaffected by the magnetic field and we have two elven fronts moving in each fluid, in each side of the interface. The most important thing that we have some difference, the difference between these results and the previous result. In the planar case, at the interface, the velocity goes to zero and they stay at zero. While in our result, the velocity here goes to values less than zero, which correspond to the oscillation around zero. We compare the results in compressible model and our linear simulations. We can see that there is a lot of agreement in the early time of the growth rate. The second case is presented for the azimuthal magnetic field. As you can see, also, the incompressible model matches the growth rate in the early time as the simulations, as the American simulations of compressible MHD. To conclude our work, we show that in linear simulation of compressible MHD, the presence of azimuthal or normal magnetic field shows the separation of RMI and RTI. The solution of the proposed incompressible model also is obtained and inverse Laplace transform is used. The results show a good agreement with the linear simulations results. Thank you for your attention. Thank you.


الهديث الرابع عشر فوتيث حديث عن أنا سبن مالك رضي الله تعالى عنه أنه قال كان رسول الله صلى الله عليه وسلم يدخل الخلاء فأحمل أنا وغلام النحوي إداوة من ماء وعنزة فيستنجي بالماء العنزة الحربة صغيرة هذا الحديث is collected by Bukhari Bukhari collected this and narrated it in his authentic book in two of the chapters كتاب الوضوء and also in the book of prayer he brought this Hadith in the book of the وضوء within the book of the وضوء he brought it in four places inside the book of the وضوء four different places and one place in the book of prayer the Imam of Muslims he narrated this Hadith in the book of الطهارة and the wording is his the wording of this Hadith is Imam of Muslims' wording the Sahabi that narrated this Hadith we took his biography and Anasim Numalik on the 12th Hadith when we were on the 12th Hadith we took it this Hadith talks about the rolling of purifying yourself with water when you urinate or you do feces the Prophet SAW SAW said Sorry, Anasim Numalik said كان رسول الله the messenger was يدخلوا الخلاء The Prophet was one that used to go to الخلاء خلاء as I said is مكان الخالي it's an empty space that is prepared to use call to do your call of nature it's an open land the messenger SAW went Anasim Numalik said فأحمل I will carry أنا مي وغلام أنا slave boy نحوي means what اي مقارب اللي في السن a boy a boy that is close to me the same age it's close to me in the same age نحوي means close with me in the same age what will they carry اداوة اداوة is a utensil which is small made from skin and water is inside it and water is inside it so I and that boy would carry the water the utensil of the water in it ممائن وعنزة وعنزة is what it's a حربة yes a staff but it's small it's very small and the Prophet SAW as Ibn Sa'ad mentioned his طبقات it used to be owned by Najashi he gave it to Prophet as a gift عليه الصلاة والسلام and it was a he was given to the Prophet SAW as a gift from Najashi because it was from the weapons of fight انا من ألاة حربة الحبشة حبشة this was a weapon they used to use to fight this is the way they used to fight so he gave it to the Prophet SAW as a gift the Prophet SAW he took it and he SAW he did his call of nature he cleaned himself فا يستنجي بالمائن and the Prophet used water to clean himself فا يستنجي استيجاء is to purify yourself with water he would do that عليه الصلاة والسلام عليه الصلاة والسلام but what would he use the the عنزة for what would he use the عنزة he would use it for his Salah the سطرة would put it in front of him and that would be his سطرة for the Salah عليه الصلاة والسلام and as for the إداوة it was a the إداوة water was in it and the Prophet SAW would do his call of nature from that okay the فخ that we take from the Hadith the virtue of Anas ibn Malika as he was one who served the messenger SAW 10 years he served him 2 using a place which is prepared to do your call of nature when you need to do so 3 going far from the places where people can see you when you do your call of nature 4 to protect yourself from the people not seeing you protecting yourself from the people not to see you because the Prophet SAW used to also use the عانزة he used to use it while he was using his call of nature to dig it in front of himself to slightly not allow the person to fully see him to do that عليه الصلاة والسلام 5 إعداد المسلم والطهوره قبل أن يقضي حاجة that the person the Muslim should prepare what he is going to purify himself with before he does his call of nature some people they go to the toilet and they call out for the water or they call out for stuffs the person should prepare whatever he is going to need before he goes don't call out don't call out I need water I need water and you need a call of nature have it prepared before you go because it opens the door and people are going to have to smell the odor or the smell have it prepared before الماء مقدم على الحجارة water takes presidents over the stone in terms of purity because it takes the dirt and the filth of you better the water this is a refutation it's a refutation على من من ع التطهور بالماء the people who refuse water to be used to clean yourself because they say that it's food it's food and it's this light 8 the permissibility of using youngsters even if they're free they're not slaves they're free to serve you to serve you 9 honoring the people of virtue serving them helping them in matters which are legislated 10 serving the scholar it's an honor for the learner it's a student to serve the scholar it's an honor for the student and the situation of the seller for this is clear they used to serve their teachers 11 teaching the children the manners Islamic manners and cultivating them on it because Addis was very young and also the boy was young and they were both learning from the Prophet a lot of things الثالث أنه يوجد أيضًا أن تستطيع أن تستطيع أن تضع الأرض معه قبل أن تستطيع أن تستطيع أن تضع الأرض معه لذلك الثالث أنه لا يأتي لك يمكن أن الأرض يكون صحيح ولكن إذا كنت تضع جميعًا فيه سنستطيع أن تأتي لك لذا يساعدك في ذلك الثالث أنه يوجد تعليق وامتع يمكنك أن تضع your products on top of it your stuffs your clothes يمكنك أن تضع it right on top of it هل أنت معي؟ هل أنت تأخذت your trousers and everything off وانت تضع it on the ground الثالث المفتاح الذي يمكنك أن تضع هو التواقع عليها يمكنك أن تضع it يمكنك أن تضع it وانت تضع it while you're doing your call of nature حسنا؟ الثالث يمكنك أن تضع it as a sutra عندما تضع your prayer تستخدم it as a إذا أن تضع your clothes on it يمكنك أن تتحرك from people who see the aura إذا تضع it وإن تضع your clothes on it يمكنك أن تضع your aura لا أحد يمكنك أن ترى you يمكنك أن تستخدم it as تضع your clothing on it ويستخدم it as a veil أن تتحرك from anyone who wants to see you يوجد الكثير من المفتاح يوجد الكثير من المفتاح الثالث من المفتاح عن بعض المفتاح من المفتاح المفتاح هو أن يستخدم the water كما I mentioned before بعض المفتاح قلت أن المفتاح cannot be used لأن it's a food وأن you can't use food وأن المفتاح cannot be used وأن هذا الحديث يفتحهم الآخر هو أن بعض المفتاح يوجد المفتاح عن المفتاح أنه لا يستخدم أن يستخدم المفتاح عندما يوجد المفتاح هنا بعض المفتاح قلت أن لا يستخدم المفتاح عندما يوجد المفتاح المفتاح is greater and better حسنا إمام النووي إن شاء الله الصحيح ومسلم قال فالذي عليه جماهير من السلف that which the majority of the salaf are upon والخلف and the late comers وأجمع عليه ألو الفتوة and the people of Fatwa have also agreed upon من أئمة الأمصار from the scrollers of the land أن الأفضل that the best one is الجماة to combine the two that's the best if you have water and you've got a stone is to use both of them is the best to combine between water and stone so you use the stone first فا يستعملوا الحجر أولا you use the stone first نووي says لتخفيف النجاسة so you can lessen the impurity and then after that والتقل مباشرة بيدي you clean it and you lessen the filth with the stone and also your hands will not come into contact with anything once that has happened ثم يستعملوا الماء you use the water you use the water فإن أراد الإقتصار على أحده ما if a person chooses to shorten on one of the two means he chooses to do water only or he chooses to use stone only he doesn't جاز الإقتصار it is permissible for him to shorten on any of the two he wants على أيهما شاء whichever he wills سواء it's the same it is the same وجد الآخر أو لم يجد whether he finds the other one and he can use the other one أو if he doesn't it's the same he's allowed to shorten in usage of one so that's why أمام النور رحم الله we feel it's there also أبنو ملقق in his إعلام بفوائد العمد التحكام we also brought a benefit like that summarizing the issue like that نعم


Hi everyone, Joe for Jaspy's Case Wraiths.com coming at you with 2019 Panini Donner's Optic Football. This is a value retail pack, random team break number 14 with 14 mixer spots being given away in this. So let's do the break first and then we'll re-randomize your names to see who wins those spots. I guess almost half the break will win spots. Here's everybody here. Thanks everyone for getting in. Good luck. That football mixer did officially sell out.  Let's roll it, let's randomize it. Six and a five, 11 times and 11 the final time. After 11, we got Ryan down to Colton. Six and a five, 11 times for the teams. And 11 the final time. After 11, we got the Bengals all the way down to the Panthers. All right, so there's the first half of the list right here and here's the second half of the list right there just to pack break. I mean, I guess Chris Erickson could cross his fingers for a Kyler Murray. That'd be pretty awesome. All right, so let's alphabetize by team. TWC trade window closed. David is saying, I sold the card on eBay, shipped from Illinois to Michigan next to our five, 11, entrant is next facility. Yeah, I mean, the shipping progress has been crazy. We've heard a lot of stories about a break that was done a while ago wouldn't be received but a break that was done more recently has been received and vice versa. Like older stuff is delayed, newer stuff. I mean, just all, it just all depends. All right, oh, Tyce, you got my radar. Maybe a Josh shake up in here. You can't really expect much in these little retail packs but you never know. That's why we play the game. Maybe a nice green velocity, Tristan Hill. It is a rookie, but not one of the major ones. That goes to Kevin Benedict and the Cowboys. There's Ty Johnson right here too. All right, so now let's see who's gonna win those 14 spots. So let's grab everybody's names. Let's re-randomize it in the top 14 after five. One, two, three, four, and five. After five times, the top 14. All right, thanks everyone here for giving that a shot but Adam, Joe, Jeremy, Kevin, Ryan, Kevin, Anthony, Adam, Edwin, Chris, Adam, Kevin, Daniel, and Anthony. Congrats to the top 14 right here. You are in the football mixer which we'll be having a little bit later tonight. Thanks for watching. I'll see you next time. Jaspy's case breaks out.


Well, I'm looking at the focus of this thing and I cannot work out whether it's me or the camera So I'm just gonna have to go on with it. It's my eyes aren't focusing as well as what they should be Anyway, just This is like a Tarantino movie Because I got through the first one of these I was doing today and Oh, I got partway through But the switching and then the buttons and stuff and soldered them and then decided to just point out a couple of things The one is that it's always good to contain all this stuff and if you don't know enough about the place It's like a little easier And you can hear that in the other segment of this video I said that you want to put all the All the buttons It goes on this side with a power button. You can see it says power And bits of pieces down right down here. So all the order buttons They've got two cutouts on one side They got two cutouts on this side Two slips on one on there. So the two slit side wants to be facing Towards the power on all of the buttons and for these I'll tell you what you know Just as it's simple to put all these in He says in the first one, it's probably got bent legs because it's not going in. There you go Just to put them all in This is the beauty about this particular board putting this board together It's hopefully as well that you won't have too many legs that are bent out And that you've got to put them into Into a place and now I'm not going to chat through putting all these buttons in Or I could do but it's not going to be anything that's going to be any help Help to anybody because I'm going to speed this part up. So from this point onwards, please I'm speeding it up. There you go. Now There's only one more button to put on These are all momentary You press it down while while you've got it pressed it does something but it doesn't lock down The only one that does that and it's very nice of them to have it separated by putting that I put them in a little The button knob whatever you want to call it. I don't want you to call this thing. It is a knob, but you don't turn it do Um, and they put that down and this is a It's the power button. I don't know. So clicky clicky down But you can take that off and this is the same applies for this They all go in exactly the same direction which makes it really really simple Um, but you might just have some of the legs aren't quite Now, uh, the legs aren't quite so fleshy. My fiddle to put them in So a quick visual check. We'll let you see that uh Everything is in line. Nothing's sticking out Now the simplest way of doing this.  Now I can just get on the soldering No faffing around Um, I pick two down on each Uh top right bottom left doesn't really matter which one you do Um, but just peg them down turn it over check that everything's okay before you do the do the rest and that will give you a You know that will give you a good a good running because then all you've got is a few bits Just while I think about it These two that separate the two parts of the interior They're two different sizes one smaller than the other this one screws in the smaller part screws in to the bigger part And you want to make sure that the smaller part is the facing panel so The bigger part goes here to the back and the small part goes to the to the front Um, and you know, it's pretty straightforward These electrolytics pretty straightforward. I mean even though even the sizes Of the electric the cap near the the markings for where they give a A bigger but you still want to check and just make sure you get the right ones in the right places So I'm just going to whiz through fast forward on this bit just soldering these up And I should say I'll pin two to be good On all of them and then I'll check it just to make sure everything's in line And then I'll I'll do the rest Well, I'm going to fast forward that because I've got to pause for a second make a cup of tea And also I've got to put the soldering on so it warms up So just for that bit. I'm going to I'm going to pause Okay Right, and just trying to think of what else I can tell you about this kit I can tell you that Out of all the kits not all of them But a lot of the kits I've built this is one of the easiest ones when you first get it it doesn't seem like that You got this to contend with and And you got what these little buttons to put in But like I say If you were to put them all in the way why I showed you If you do the same thing Using the parts that come with it You know, you can do a visual check like I said, you can see all these little soldiers are in line That's good apart from the power one Put that on top Just push on it just fair enough to keep everything in place Turning over and there you go Let's move that out of the way that's from testing Little one I just built So And then what are we going to do then? It's just to chuck a dash of soldier soldier soldier soldier Across them I do a top right bottom left just because it's easy for me If you're left-handed or have another preference to doing this You'll find your own In a way it's literally just a case of Tacking them on I mean, I pretty much know these are going to be fine because I can tell when one's out of place Or I can just do what I just did which is like just Bash everything out a little bit, but If you've got a you don't need any paste flux I've got I know I've got that paste flux open there But the only reason I use that is when I'm doing the usb part In order because I'm using just tiny bits of solder on those little Those little connectors And just to make sure that it flows to the pads and doesn't go anywhere else I just took a bit of paste on there just saves a bit of time And because the metal casing of the usb Can sometimes be a bit of a pig Uh, yeah, you can a little bit Okay, it can be a bit more awkward or it can be awkward compared. So like doing this now which is Simple and straightforward Of course having a soldering iron which remains at the temperature that you want it at really does help Um and having solder that doesn't spit And has flux in it really helps because as I was about to say Um Because this has already got flux in it. I don't need to put Any flux on the board. So we've got minimal minimal mess I'm actually doing top left to bottom right now Don't know why just automatically went like that. Oh, it's so simple You don't need a regular soldering iron. It's not as though you need a big Oh, we got the power one down here. I mustn't forget that Let's forget the power one I built up the other one that I was showing you before I got partway through it. Um quickly tested it That's all fine. So yeah, just looking down there you just look at all Still uniform. None of them are poached out or anything. So that's ideal. I can just turn it back over And continue this old ring. So for this little bit, I'm going to speed up through this bit. Okay So like I said, it's nice and simple Yeah Going through these is nothing really noteworthy It is okay. So Just make sure that they're you know lined up And that's that that's that is the majority Of this kit done It is uh, I suppose that's in some ways.  It's like it just attracts it. It's probably I'm probably making it statically charged or something And I just wrap it up I just wrap it up pull the tape on it and that's You know, that's pretty much ready for this ship. I've already tested it anyway And I just got to put the cable to it and get that sent out whoever wants it So, yeah So that's it. So now I tend to put the back on there. There is an instruction for this. So you don't have to Listen to anything I'm saying at all really There is an instruction I keep it to hand because it is nice to just have a little quick little look at every now and then especially when you're just trying to remember The capacitors and where they go Uh on the back here of the assembly instructions it tells you about the capacitors so basically To the other four sent here and to the 100s If you check those in That's all four sent here Remember there the capacitors are prioritized And um, we want to make sure we get that the way we round There's one thing about doing these sort of things is You better off double checking and taking the time to check and double check because if you put one of these in wrong And you've got to get it out again That's where the biggest problems lie That's where the biggest problems lie because it is a pain in the backside Getting these things back out So you're better off checking and double checking that you get them in the right way around In the right places Because it will save you time and frustration That's the last thing you want to do is damage the board You overheat it or you haven't got a heat gun And you use your soldering iron and you overheat it Oh, excuse me. I went out for breakfast with a friend this morning. I think it's um, just trying to remind me of what I had so There we go. So yeah, so we just chuck the capacitors on Give them a quick solder Here's a little flick with a soldering iron Let's see nicely I don't use the Because it changes the temperature of your iron And it's a lot easier to uh It would be lucky actually get these two to touch the yellow. There we go. It's a lot easier to uh To work with an iron that stays at constant temperature So I've got a Well, they're insisting that I give them feedback.  That's it Uh, brass shavings I've got one of those for clean the tip And a warsuit and that was like three and a half pounds So that's quite an expensive one, but I got it because the last one that I got Um, it just tended it just rusted up really quickly And just ended up being like a lot of dust And I don't really want that sort of dust flying about the environment where I spend Quite a bit of time. Now for some reason That particular This one here is not Not sold in as well as I should And I seem to have gone all Cacky and did we but no ones. Oh, we got it. We got it. We got it. That's awesome pretty I don't like messy solder. I like it to be Nice and pretty I always think that you You should try and put these things out as you'd like it to come into you. I'm quite fussy. I'm quite particular Well, I am if I get things, you know come into me that are supposed to be nice and They're not Right. So I think I'm gonna put the usb. I'm gonna put the stuff on the other side the power of the usb And the switch Now on these there is nothing There's nothing to report the usb pretend to use a little bit of Because you're working with such in Because it's so small and these five pins Are quite close together I just took a bit of flux in there just to help the solder flow into where it's supposed to be A little bit easier So these are on the back as that's the front that means that All these are on the back the power socket goes on the back the usb goes on the back Got that sort of just pushes in holds itself in which is quite nice And this power socket will do the same the same thing Just hold itself in place. I like to just check that it's Sat nice and square within the silk screen Markings because there's nothing More annoying than having something like this or at least for me More annoying than having someone like this and it's it's set out of place And me I just oh I want to get it into place and Like I say I sort of do these to I do into the quality I'd like to receive them And to one that I know that I weren't it won't just annoy the life out of me If that's not quite in place And I tried to sleep tonight knowing that's light That will uh, that will cause me some confusion in my sleep that will probably actually just make me get up and do it Sort of out Come on Yes, that's it just the headers Uh these headers simple You've got two that face Outwards this way Both these are the same size so that's some simple Just pop them in now I get there's another piece Well, it's not that bit there's a bit of a chunk you and nothing there's another piece of uh Here it is That comes with this this actually I think this part goes on the screen I don't know unpacked but it's from the from the other one. I just pop that on the back there and then just uh I didn't do that right did I? popped on the back and uh And I know that they're just in place and again, I just I just pinned two of them or one of them At this angle just to check Beautiful This solder that I use I've got a new one coming. Unfortunately, it's just the same as what I am with beer bottles I tend to pull off the labels and I pulled off the label But I will put down this sold because this sold is great. I've got three of the reels up there And I find them a little bit annoying This is supposed to be the finest of from china Um And it's 0.3. This is the other one that I'm using is 0.5. This is all 0.3. It's all got flux in it But it's a bit spitty and you need the temperature You need soldering on a hotter temperature for it this My soldering iron is on 325 Fahrenheit And I'm quite happy soldering away with this and quite happy soldering away with it All right, let's put this in now this one You want the This one it was the long pins and that on that side this time you want on this side because this is what the screen fits to there you go Nice and easy again. This is where this really comes in handy because I've got that that uh That switchy much pushes it up It's because I I'm pulling the solder too quickly to the pad. I'm not letting the pad get warm enough before I'm trying to chuck the solder on that's why uh It looks a bit awkward for Make sure that's nice and flush. That's nice and flush good Let me go back over that joints. It doesn't look The nicest Of course the idea is to put the solder iron on for you know a second before you actually expect The pad to be warm enough to have the solder just Melt to it But you always want to check your alignment Don't just do the first one and start soldering the rest because if it's not lined up properly Try and line it up with them all soldered He's a bit of a mare Look out like I just double checked again then going and remembering From my first one that is a bit of a mare It's always good to good to check and occasionally you're in the solder you'll get a bit and it seems like It doesn't Melt the same. It's almost like maybe not be As much flux in it. Maybe there's a little bit of a manufacturing defect But it's not a cheap solder. I suppose it's not the most expensive. I can't remember over Black knight or something knight No, I can't remember but there is quite an expensive soldered, but this one's like 14 pounds and the 14 pound real real That includes delivery as well for 250 gram roll And I've got another roll coming on friday. It'll be my second roll Of this particular solder and that of all the solders apart from one actually that I've used up And which is another one from china, but it's got a green wrapper Beautiful that's all straight as we want it Now all we got left is to put the front on the the display and then put that Oops, here's the kit comes in one of these bags I should have probably told you all about the kit, shouldn't I? But it just comes in one of these bags Everything comes, you know wrapped As you saw that the cases and such this is from the first one They come wrapped You don't want to scratch them. They've got the the protective The protective plastic on it Pull that off before you put it together This has got a protective plastic as well, but I'll solder it all first in case we get a spit Before I peel that off and put the front on I won't peel that off until I'm ready to put the front directly on because I just don't want to get any And you shot on it now. That's just the way that goes It's all just fits like that. There's no there's nothing you know to hold that up at an angle or anything It just it just sits on there like that and it's not terribly bad. You can see it's not 100% At the correct angle, I suppose I could try to put something underneath there to do it, but to be fair By all was the first one that I did I've had this once he did have an issue But it seems to have cleared itself up. I think I figured out why that was Um, and all the mistakes I made were on this But it's the way it's written It still works great and you know, I disconnect and put in this b and c connection and The connection here is sound. I don't have any issues with dodgy connections or anything. So And it's great It's great. It's got a little job for me later on I've got a little transformer that I want to just push an ac signal through and then I start experimenting with What I can get out of voltage on the other side of the little tiny transformer pushing an ac signal through On there 50 hertz ac signal 10 volt p to p see what I get on the other side And then start turning the frequency up higher and higher and higher and see how it adjusts the voltage That's a little experiment something for me to do As I haven't done that yet. I know what this will expect Um, but I just haven't done it for myself. So there we go. So all that's sold it up That all looks good all looks in place how it's supposed to be. I'm not going to take this off just yet Um, I don't know if you can see on there There's pretty probably you may not be able to but there's just a little tiny bit of splat It's just a little squidge where the flux or the part the solder's just splattered off So it's always good to leave that on until you've finished your soldering So I'm just doing a quick little visual double check over it just to make sure I'm not missing anything I need the pins on anything Always good That's there we go. So that is pretty much part of the input. I mean, I could check Voltages now, but I'm not going to I'm going to put it all together because I know that it should be fine Uh, I should be able to see now if there's any errors coming my way Well, the solder panel's still charging things. I'm on a very overcast table. I've got just enough power to charge my phone Which is great. It's always nice feeling Right, so yeah, so the first thing I'm going to do is I'm going to get this I'm going to bend this over Because I know that it needs to be Bent around about like that We also know that needs to be down about halfway and that's where my That's that's what I do. I sort of get it so it's near enough bent in the right angle But it's going to be slightly off which means When it goes inside that little hole, it's going to be pushing against the side of it So it's like a bit of a mechanical connection and not just reliant on that And this is where it gets a little bit because you got to take this off now This is the front you see and this is what I've got to do is I've got to put this Through here put all this on the back And then sit that across the front there and as soon as I'm ready to put that across the front now I'm going to take this off and dump it down but You know my hands are a little bit not Manky-canny, but I'm doing the stuff and I've got a Like a sports jacket on just keep me nice and warm I'm just sat around There we go It's not quite as good a feeling as taking the front off a new fan But you know it's nearly there Beautiful And that's where you get nice and clean and shining.  So we're going to pop that in there. We're going to turn it over for gummies on the back Damn it. I've already put a palm print on it We're going to try and do all this without getting any Any mess on it and if you've got any bits of flux on it on your fingers or Any oils coming out your body So there we go. That might be a little bit too high. I might have to I'm hoping I might just be able to squeeze it squeeze that in. So let me just do a quick check Let me just go Yeah, it's lined up. Okay, so I should probably actually it's probably a good idea thinking about it To do this first now. I remember these two. There's only a little tiny difference in size But the smallest one the bit with the The screwy part in wants to go in from the top. So the small part in the top Right Nobs and then they always give you a spare one of these just in case That's the spare one from the last one. So we should have two spares in there now Let's check the fronts on let's see. Don't be careful not to Oh That's probably a good idea if we put these buttons on First I'm getting the bit in front of me. So I'm getting too excited that this is a So I'm gonna I'll speed through this little bit. There we go. And of course for the power button, we've got the red one Is this button switches on and off Lovely Okay, I'm gonna want to miss again. Now we've got All the buttons protruding through and they should all be in perfect position for just going through. That's all good Let's put this off. Okay, not so easy from that side And on the last one it's so easy to get off and this one's proving to be A little bit better stuff than it's supposed to be. That feels so good pulling that up Lovely and shiny. Oh nice. Let's not knock it up. We know that this is all gonna fit nice There we go Beautiful beautiful beautiful beautiful.  That's good that I didn't just screw it all down. It's not as a big problem It is I could probably just do with this Being just one turn down Just to make sure I get a nice mechanical connection inside there Oh There you go, and even though it may seem like this is going to be loose. It won't be It won't be just to help myself out here. I was going to put a screw in each corner Just this baby stays together while I'm fapping with it I'm not going to put them all in just in case I didn't need to take it out for any reason. I don't think I'm going to need to but just cuts down on fapping about if If I just put the two in One each side.  It's just getting that into there Now what I'm going to do is while that's like that. I'm just going to chuck a bit of solder into that To keep that all in place and perfect Perfect perfect perfect. I just want all that to stay This is the most fiddliest part and it really does help If you have yourself a pair of tweezers It really really does And I'm just going to chuck because I just want to make sure that it really goes down into there The solder Bit of a blob on there Oh, hold on, very important I'll quit little sip of my tea before it gets too cold You can't see what I'm doing, but let me just put some solder In place when that's going to melt. Very much going to press this This is looking a bit more complicated than what it is actually now This is what I just want to get this out there An angle where I can I can get to. I'm not really sort of prepared for the Trying to get great angles While doing the video Now this is going to Prove to be a bit of a O-ray-ness I know it's not very good because I don't know what to show you I'll put a little bit of solder In the bottom here And so I could just hold this into place while I started just tacking it to there And if we want to make sure that gets a quite nice connection But now I'm going to put some A nice bit of lather or solder on there now Just to make sure it's got a good Good connection Let's check that middle pin It wants to be there to make sure that gets a good connection I'm sure that's where it's supposed to be So make sure that gets a nice, tight connection there Now I'm going to give this a A good bit of solder Just to go around Just make sure it all holds into place nicely There's a lot popped onto there Oh that's good That's a good, nice, tight connection Beautiful Beautiful, beautiful, beautiful Okay Right, just for the sake of argument Before I just want to chuck the background Now there's a little hole in the back And I must also point out The display has a contrast adjustment And that contrast adjustment is right next to that crystal Right, if I move it up there Right next to that crystal You can see, oh you can see there look that little tiny screw head There's the, oh, there's the crystal And there's the little screw head there And so you can adjust it So what I'm going to do is I'm going to flip the panel And I want you to see how they sometimes come on And you might think, oh, it doesn't work But no, it's just the contrast And you just need to adjust the contrast So let's stick there Connector in, this is 15 volts Centipen is the positive Centipen is the positive So when you, you know, if you do get yourself one of these Put it together, just remember, 15 volts Centipen outer is negative Centipen is the positive So yeah, so we're going to click it on We just put the power on the power supply 15 volts, beautiful And now I'm a lucky bugger And I've got, I spent in a form of pennies On this power supply So I can make sure that my input ampage Is no more than 300 million So if there is a problem I'm less, I'm, I'm going to fingers crossed I'm going to do less damage to this If there is a problem, no Why not, so it shouldn't be a problem And it'll be it, okay But if I was to go into this 15 volts and write the same amp And there was an issue And it just sucked up that amp in my bot We really got problems and so And so I, like I said, I'm very lucky I, I, I spent my pennies and I put a power supply That I can actually control So anyway, so let's turn the power on Well, this is a good example You can hardly see it You can hardly see it You could think there's a fault It could be that you wouldn't be able to see it at all So what you got to do is very, very carefully Going over the screwdriver I'm going to try and do this Looking through the camera There we go And I'm just going to back it off I'm going to do it to my eye a little tiny bit Because I don't like the back Having any of the other I can just barely see it So I'm just going to I like the back to be completely empty Of all of the LCD There we go So there you go That's it It's there working I'm pretty confident It'll be outputting the I am actually trying to hold this straight My coordination Looking in the mirror In the monitor Sorry And trying to adjust myself So yeah Yeah, and then it's the user next That takes a second or two Because there's nothing in there It's an arbitrary jobby I'm going back to sign Beautiful No problems I'm quite confident that it's outputting The signal as it should be I probably, I will do a quick check Before I send them out That's it That's it So drawing one of these The next, the last part Is just chucking on the back Taking that bit off there This side here of course faces outwards Because this is the beautiful shiny side Just like that Which is getting covered in fingerprints And just messing us So that's it That's the last part to Chucking that together And you don't really need to see me doing that You end up the spare part That makes it all worthwhile And you get the BNC These are not too bad actually Like I said, I've been playing one for months now And it's great So, I don't know what it looks like So there you have it It's the J-Tec J-Boy-E-Tec FG085


Hello. My name is Sergei. I'm from Yandex, Russia. Some time ago, we were going to the Git and Git Hub Enterprise, and many of our users and our programmers said, well, we can't work with Git, we're working with this way. Many years and I started to teach our guys using Git, and after all, I write some visualization tools, like demonstrate working with Git without Git internals. I just draw the acyclic directional graph. Let's demonstrate it. It's client-side emulation of Git working, I know that people are very good to learn, I will show you a couple of comments, and I want to hear a good story of learning Git, of teaching Git and some migration from another VCS to the Git. I'm using D3.js to visualize emulation of Git, and I wrote this weekend before my presentation, and I think it's very helpful and I want to learn your experience. Thank you. Yes, I have. For example, there is a reset, there is dead nodes, and just... wait a minute, not working. I have this one, and maybe tomorrow on a high day, we try to fix it. It's not open-sourced yet, but there is a hacky-code, and I think after Gitmarch, I have open-sourced.


What's up everybody Jason from jazby's case preach calm 2017 18p in the op-edence basketball one box break random teams number three Just sold out guys and again 30 total spots over begets a random team in the NBA So here's a doctor. Here's a customer names John bought the first two spots and Catherine got the last three to sell it out straight up And then Matt down to Sean won these in Chronicles hangar number three, which was as a randomizer. We do right there So good luck everybody get a random team. Let's roll it and And it is a four and a six for ten times so good luck ten times one two three four five six seven eight Nine Sean down to Eric sometimes here one two three four five six seven eight nine ten Bulls down to the Lakers Also, I noticed I spelled Hangar while I typed it too fast so the And it's before the a But I'll fix that right now. So John. You have the bulls Brian with the blazers Darryl is the spurs captain with the calves John with the wars Daniel with the thunder Sean with the clippers Matt with the Brooklynettes Nick with the jazz Brian crop with the pastures Catherine with the wizards nixed over with the T-Wolf Scott block both the pelicans Matt out with the rockets Brian crop with the 76ers Logan you have the Kings Danny with the Grizzlies Brian crop with the Hawks Brian Rogers with the nicks next over with the pistons Scott block well with the nuggets Dara with the Suns Matt with the heat Kevin with the magic Nick with the bucks Danny with the Raptors Catherine with the Mavericks Logan with the Hornets John with the Celtics and Eric gave the Lakers So all you guys are trying to trade guys. I'm just gonna quickly fix this bothers me All right, look who's trying to trade both his teens for the jazz I don't know if next overs here And there's a Daniel trying to trade thunder. Just let me know guys Yeah, actually the Raptors would have oji on a nobie In this as a rookie, which I mean, I think he's a good player. I honestly don't know too much of the Grizzlies Grizzlies I'm not sure. All right, here with a close guys. I think people get so used to breaking 2020 And they're just like Now I would get that now to get the Grizzlies. All right. Good luck everybody Sorry DJ. I mean I gave like two minutes and no money else was responding So right when I click try when I thought I think your text came in Stick what you got man. Oh, we have another book We have another book Rudy go bear The Jazz is 79 mr. COVID Patient one We have more kills votes rookie Phillies, I mean I feel as I guess 76 is Brian Croft Hassan White's I two out of five for the heat Hassan White's I Matt L and your redemption is Milo's rookie autographs hollow gold Milo's would be car number 122 Los Angeles Clippers and hollow gold is out of 10 So they go LAC When is Sean and we got a book Derek White 425 nice look at those patches in there and the on booklet auto and Dario was trying to trade The spurs look at that man. Very solid. We have for the Celtics Marcus smart little patch auto two out of ten We'll take them now after after the trade windows close of course Celtics Nate ultra on Nate Archibald Piece of the gold two out of 20 John with that one. We have opulent scripts Clyde Drexler three out of ten for the Blazers Brian Croft and look at Logan You wanted to trade away the Kings as well Ended up being just fine for both of you guys 22 out of 35 future Hall of Fame or Vince Carter Kings edition both of you guys would have hit One of you guys would have got a book and the other one would have got Vince Carter It would have been an epic trade trade module right there and the last one is a rookie patch autograph That's Kyle Kuzma three color patch on car 42 out of 79 Lakers that's going to Eric very nice And there you go guys. That was the break. So you have the book there right there Kyle Kuzma RPA Vince Carter Clyde Drexler Nate Archibald Marcus mark patch auto Milos and Some base card right there. So that was a guys This was the case the last box of the case the number four is from a fresh master case guys So if you guys want to get the next one going it has already been posted guys and we are down to ten left Plus of course with the sell out the filler Which the filler holds the last 15 spots there? So there you go 26 spots for a $30 filler when a $54 spot for only 30 bucks And then there you go 10 left there. So appreciate you guys Jaspies case breaks calm


Hi, this is Jack Lipton, and this is Critical Materials Corner. Today, I want to talk about news which I think will be of great interest to Canadian, Lithium, Cobalt, and Rare Earth miners. There has been an announcement that the Korean firm LG, which is a world-class lithium-ion battery maker, and the Canadian company Magna, which is, I believe, Canada's largest manufacturing concern. Its market cap is nearly $30 billion, and it's based in Toronto and was founded in my lifetime. Unfortunately, not by me. It was announced that those two companies will cooperate with Apple to produce an electric car. Now, this has been rumored for a long time, and Apple has actually published an article about it also, so I'm believing it. Here's the point. Magna is a car assembler. Magna actually makes cars. They've been assembling cars for companies like Chrysler for years, and they make every component of a car except the tires. And so, they make power trains, isn't that interesting? And they're now going to have to produce a lot of power trains for electric cars. And what do those power trains contain? Lithium, Cobalt, maybe nickel, manganese, and the motors for those cars, of course, will be where the permanent-magnet motors to be the most efficient. All of these products have mines in Canada that are well into development, all of these products. So, here's what I'm thinking. I think Magna, being a Canadian company, is going to focus on domestic sourcing. I've been saying this for a long time. As some of my readers know, I think that we're looking at a regional development of supply chains. And I am not so certain that the United States and Canada will be a couple, because Europe has been romancing Canada for some time and vice versa. And the Europeans are also very, very interested now in developing supply chains for electric cars. To me, the choice of Magna by Apple makes very good sense. Magna is actually, for those of you who know this market, the Foxconn of automobile companies. It makes every part of a car, as I said, except tires. So it's not a total supply chain company for cars, because it doesn't make tires. But the point is, it is Canadian. It makes power trains. It's going to need large quantities of lithium-ion batteries. It's going to need rare earths. It's going to need motor manufacturing. And I think this is the tip of an iceberg, because I happen to know that a very large European company, which I can't name, has already inquired into Canada for the production of between 2,500 and 5,000 tons of magnets, rare permanent magnets, for motors for an electric vehicle platform. Their delivery date is 2026 and 2029 for the first mounted in the second month. I don't know what Apple's timetable is, but I do know that Magna is big enough to support the development of a total Canadian supply chain. Now if I'm not able to speak to you anymore, mainly because the American authorities will have put me in lock up for daring to suggest that there's some other market besides the United States for all of this stuff. Now it could be that some American companies could provide material to Magna, but my guess is that Magna is going to be the lead manufacturing company and it could be a mini-revolution in the focus on rare earths, lithium and cobalt in Canada. So I'm going to follow this very closely and I'll keep you informed on this. Thanks for today.


Hello. Namaste. Myself, Ms. Basargaon. Learning outcome. At the end of this session, students will be able to solve homogeneous linear differential equations. Now, solve x cube d cube by dx cube minus 2x dy by dx plus 4y equal to 0. Pause the video for a while and find the solution of this equation. I hope you have completed. Here, given equation is x cube d cube by dx cube minus 2x dy by dx plus 4y equal to 0, which is a clearly a homogeneous linear equation. Now, to solve the homogeneous equation, we have to put x equal to e raised to z that is z is equal to log x, so that x dy by dx is equal to dy, where d stands for dy dz and x cube d cube by dx cube is equal to d into d minus 1 into d minus 2 of y. Now, putting these values in the given equation, we get d into d minus 1 into d minus 2 minus 2d plus 4 of y equal to 0.  That is d cube minus 3d square plus 4 of y equal to 0, which is a linear differential equation with constant coefficients and its auxiliary equation is f of d equal to 0 that is d cube minus 3d square plus 4e is equal to 0. Now, factors of this cubic polynomial are d plus 1 into d minus 2 whole square e is equal to 0. That is we get the roots as a d equal to minus 1, 2 and 2. Here, one of the roots is real and distinct. Remaining two roots are real and repeated. Therefore, the complementary function is given by Cf is equal to C1 e raised to minus z plus for repeated root C2 plus C3z into e raised to 2z. Now, here the right hand side of the given equation is 0. Therefore, the required solution is only Cf that is required solution is y equal to C1 e raised to minus z plus into bracket C2 plus C3z into e raised to 2z, which is the solution of the equation number 1. To get the solution of the original equation, we can put z is equal to log x that is x equal to e raised to z. We get the required solution of the given equation. Now, we will solve more different types of examples on homogeneous equations. You take example number 1. Solve x d square y by dx square minus 2 y by x e is equal to x plus 1 by x square. Now, if you look at this equation, here the equation is not homogeneous. It is not satisfying the definition of homogeneous equation. To get a homogeneous equation, multiply given differential equation both side by x. We get x into x that is x square d square y by dx square minus 2 into y by x into x. x will get cancelled that is you get minus 2 y which is equal to x into x that is x square plus 1 by x square into x that is plus 1 by x. Now, clearly the given equation is now reduced to homogeneous linear equation. To solve the homogeneous linear equation, again we can put x is equal to e raised to z that is z is equal to log x. So, that x d y by dx is equal to d of y and x square d square y by dx square is equal to d into d minus 1 of y where d stands for here d by dz. Now, substituting all these values in the given equation, we get d into d minus 1 that is the value of x square d square y by dx square minus 2 of y equal to e raised to 2 z plus 1 by e raised to z. By simplifying, we get d square minus d minus 2 of y is equal to e raised to 2 z plus e raised to minus z and let us call this as equation number 1. Now, which is a linear differential equation with constant quip sense and its auxiliary equation is given by f of d equal to 0 means d square minus d minus 2 is equal to 0. Now, factors of this quadratic polynomial are d plus 1 into d minus 2 equal to 0 that is, we get d equal to minus 1 and 2. Here, both the roots are real and distinct. Therefore, the complementary function can be written as C f is equal to C 1 e raised to minus z plus C 2 e raised to 2 z. Now, we will calculate P i. P i is equal to 1 by f of d. Here, f of d is d square minus d minus 2 of e raised to 2 z plus e raised to minus z. Now, we can separate into two parts which is equal to 1 by d square minus d minus 2 of e raised to 2 z plus 1 by d square minus d minus 2 of e raised to minus z. Now, here we can replace d by a means d by 2 here and if replaced by d by 2 here what we get 0. Therefore, we can multiply by z and we can differentiate the polynomial that is 1 by 2 d minus 1 of e raised to 2 z plus again here also we can multiply by z and derived the polynomial is 1 by 2 d minus 1 into e raised to minus z. Since, we know 1 by f of d of e raised to a x is equal to x into 1 by f dash of d of e raised to a x if f of a equal to 0 here f of a is 0. Therefore, we apply this rule. Now, which is equal to z into now we can replace here d by 2 that is 2 into 2 minus 1 of e raised to 2 z plus z into here we can replace d by minus 1 that is 2 into minus 1 minus 1 of e raised to minus z. Now, which is equal to z by 3 e raised to 2 z minus z by 3 e raised to minus z. Hence, the complete solution of the reduced equation that is equation number 1 is y equal to C f plus P i that is here y equal to C f is C 1 e raised to minus z plus C 2 e raised to 2 z plus this P i here we have taken z by 3 common z by 3 into bracket e raised to 2 z minus e raised to minus z. Now, to get the solution of original equation we can put z is equal to log x or e raised to z is equal to x we get y equal to C 1 e raised to minus z we will get x raised to minus 1 that is C 1 x raised to minus 1 plus C 2 x square plus this z as a log x that is log x by 3 into bracket x square minus x raised to minus 1 which is the solution of the given non homogeneous equation. Now, we will see one more example solve x cube d cube y by dx cube plus 2 x square d square y by dx square e is equal to x plus sin of log x. Now, clearly this equation is now homogeneous differential equation and reduce this homogeneous to linear we can put x equal to e raised to z that is z is equal to log x. So, that we get x square d square y by dx square is equal to d into d minus 1 of y and x cube d cube y by dx cube is equal to d into d minus 1 into d minus 2 of y substituting these values in the equation given equation becomes d into d minus 1 into d minus 2 plus this one 2 d into d minus 1 of y is equal to e raised to z plus sin z.  Now, which is a linear equation with constant coefficients now its auxiliary equation is given by d cube minus d square equal to 0 that is taking d square common d square into d minus 1 equal to 0 that is d equal to 0 0 and 1 here 0 0 is repeated. Therefore, corresponding to this c f we can write into brackets c 1 plus c 2 z and corresponding to the root 1 we can write c 3 e raised to z. Now, P i, P i is equal to 1 by f of d means d cube minus d square of e raised to z plus sin z which is equal to 1 by d cube minus d square of e raised to z plus 1 by d cube minus d square of sin z. Now, here we have separated into two parts let us call this first part as a P i 1 and this second part as a P i 2. Now, we will calculate P i separately first we will consider P i 1 that is equal to 1 by d cube minus d square of e raised to z. Now, here again we can apply the rule of 1 by f of d of e raised to a x here a is 1 if you replace a by 1 then would you get 1 minus 1 0 which is a case of failure for that we can multiply by z and we take the derivative of d cube minus d square that is 3 d square minus 2 d of e raised to z which is equal to z into now you can replace d by 1 that is 1 by 3 into 1 square minus 2 into 1 of e raised to z which is equal to z into e raised to z. Now, we will calculate P i 2 P i 2 is 1 by d cube minus d square of sin z which is equal to we can write d cube as a 1 by d into d square minus d square of sin z that we can write which is equal to 1 by d into minus 1 minus of minus 1 sin z since we know 1 by phi of d square of sin a x is equal to 1 by phi of minus a square of sin a x here a is 1 which is equal to d into minus 1 that is minus d minus into minus 1 that is plus 1 of sin z. Now, here to get in the denominator d square to apply the rule we can multiply this by 1 plus d and we can divide by 1 plus d that is 1 plus d divide by this minus d plus 1 is 1 minus d into 1 plus d of sin z is equal to 1 plus d divided by 1 minus d into 1 plus d is 1 minus d square of sin z which is equal to 1 plus d again replacing d square by minus a square you get 1 minus of minus 1 which is equal to 1 by 2 now we are operating 1 plus d on sin z 1 into sin z is sin z plus d of sin z here d stands for d by d z which is equal to 1 by 2 sin z and d of sin z is that is derivative of sin z is cos z hence the complete solution of equation number 1 is we have y equal to c f plus pi 1 and pi 2 now putting z is equal to log x or e raise to z equal to x we get to add a solution of the given equation.


And welcome to this edition of Psychic Medium, Tony G. For as long as I can remember, I have been a psychic, a medium, and a channel. I know it is my purpose and it's my passion to help people with these gifts. Each and every reading is completely different, but each and every reading is completely important to the person receiving it. The messages that come through make total sense to the person receiving the reading, even if they don't make sense to me. The reason is, it's not for me. Often there are things I don't understand. I'll get a word and the person sitting across from me will know exactly what that word or symbol means. And that's the important part of this. Today I have a very, very special guest, Danny, is here to get a reading. Hi, Danny. How are you today? I'm good. How are you? Excellent. So thank you. Thank you so much for being here today. I'm so grateful that you're on the show and able to do this. Well, thanks for having me. I appreciate it. Excellent. So I normally say, would you like to start with a question or something else? But I need to tell you there's a, your mom has just stepped in. Your mom has been appearing a lot every time I think about this show. I see her face. So I want you to know that she's next to you on your right, standing next to the chair. And there's a gentleman that's tall and thin next to her. And I'm guessing because they are next to each other that that would be your father. And behind them there are many others that have come in. They're not all making themselves visible to me. They will if it becomes pertinent. But right now these are the two most important people for your reading today. And of course the first thing they want you to know, and this is the case in most readings and it really is so important for them to let you know how much you're loved. So if you don't mind, I'm just going to tell you what they're saying. And one of the things that they're saying is that you have forgotten how amazing that you are and you have forgotten how beautiful you are. Breaks my heart because I know how amazing you are. Danny's a really good friend of mine too. And you have forgotten that you have power and you are not using your power. Wow, this is a great way to start a show, isn't it? Oh, let's break out the tears right away. Three seconds in. Boom, boom. No messing around today. And they want you to know to get back into your power, to reclaim your strength and to be the beautiful butterfly that you are. And don't concede, don't concede, don't concede. Now this might not make a lot of sense to people who are listening but it doesn't need to. Do you know what this means? Okay, good. That's all that matters is you understand what they're saying. They also want to tell you that you have been neglecting this, your heart. You've been neglecting your heart and you have not been taking charge. And again that goes back to your power. And I don't know if this is your mother or father but one of them is saying very strongly, you are not a doormat, you are not a doormat.  So she's very emphatically with the finger going and just being very protective and wanting you to know you didn't come this far to be here, okay? So this is their beginning message to you and they also want you to know that grandmother German, grandmother German is here. And of course, papa, papa. So you should, you probably are very well aware of who that is. And then that they are also in alignment with these messages of love and to know that you have an amazing spirit and you have an amazing belief system. And you are becoming afraid, afraid in that. And just to stay strong, to recoup or regroup and to get that stubbornness back from when you were 16, nobody could tell you anything.  Wouldn't it be nice to have that 16-year-old attitude with our wisdom? That would be so great, goodness gracious.  Look at what you've created, they're saying look at what you've created, you've created so much for so many and you have such a gift, you have such a gift of love and in your work that shows and in your family that shows and they're so happy for that. So very happy for that. Now do you have any questions about anything I've just said? No, it makes perfect sense. Do you want to ask them anything or do you want to move to your list of questions? Well, it probably pertains to them as well. So well two things, are they hanging out for me or who are they still hanging out for? Well, thank you, that's a great question. They hang out for everyone, they'll be there until you are there. So they'll be with you until you go home, until you join them on the other side. One of your children is very gifted and they talk to her often. And they are... Can I get her to sleep through the night? Not yet. That's going to... I'm hearing that's going to be in about a year. In about a year she'll be able to sleep through the night and a little magnesium before she goes to sleep will help to relax her and help her get through the night and other things. But they really do guide both of them and also that they will be there. You know, I think this is... We're not going anywhere. You can't get rid of us that easy and then they're laughing. So they want you to know that it's not something you need to accomplish, it's a given. This is where they want to be to help guide you with love and light until you join them. And then once you're there, that's all you'll want to do for those that are still here. You'll just go, oh my gosh, I wish I could just get it through to them how easy it is and how loved they are and how amazing they are. And that's what we want to do once we're on the other side. We only see the beauty. That's it. Well, Lexi wanted me to ask about Lexi. So she wanted to know if there are any messages for her. Yes. Okay, so the first thing I hear is limelight and I think you know what that means. I'm so excited. Okay, so get ready, Lexi, by the age of 12, there will be some... Now, everything in life is a choice, I must say, before I go any further. If this opportunity comes and it's declined, then this will not happen. But I feel like by the age of 12 or at the age of 12, there will be an opportunity and I'm seeing WB and I'm seeing cameras. And I feel like her gifts are going to take her into the limelight or put her in front of people. Over the next year or so, she's going to be honing them and understanding them better and some of that fear with them is going to go. And she is going to really just own it and be able to pretty much do what I do and help others with that. And it's going to be pretty amazing if that goes forward. I really hope it does because I see her being very powerful, a very powerful influence in this whole thing. I asked her if she had shut it off recently and she said no. No. She doesn't talk about it much anymore, but she mentioned and my mom always does that. Like when I'm falling asleep, I can feel my mom and she's like, grandma gives me chills too. Isn't that a... Just confirming goosebumps or confirming chills. I love them. I absolutely love them. She's around all of you all the time. Actually your father is more around your other daughter more. She has more of that masculine personality, that stronger personality. And where she's going in her future with the whole, if she does choose to follow that whole architectural building thing, I don't want to use the word construction because a new build type of thing, that's where your father is going to really take the lead with her and help her and kind of, I don't want to say hone her into that, but his masculine energy is going to come in very strong for her as well as his business set is also absolutely good. So Lexi wants me to ask about Millie. We're having some problems with Millie. We don't know what to do with her. She's very stressed and she's not doing well. Okay, so can I please ask, who's Millie? She's her Lexi's cat and ever since we got Bailey, she's not doing good. She's probably can't stay with us. Okay, I just hear fear, fear, fear and there's a lot of, I don't, this is, the way this is going to sound is that for Millie, there's a lot of chaotic energy in the house. A lot of, with or without Bailey, there's a lot of chaotic energy in the house. There's a lot of loud noises. And Millie is a very sensitive also and doesn't always respond well to that, like kids running up and down stairs and stuff like that would be much better in like an elderly person's home where she could just sit on their lap and be petted all day and there's not a lot of chaos or running around in the home. So the more energy that comes into this home, the more stressed out Millie will be. So this is a big concern for Lexi because she's got to go and she wants to know if we're going to find a place that's, you know, going to be safe for her.  I don't know if that's the best fit, but I do know people who I'm thinking of one woman right now who had to let go of her cat due to age and might be a perfect match for Millie. But I feel like Lexi is actually going to place, she's going to find the person that she feels is the most perfect person for this cat. And she's going to be able to then be comfortable re-homing her. That's what she's looking for. She wants to make sure she can place her. Yeah. It's really important. She has to know she's going to be okay. She just has to see that for herself. It's going to be very devastating for her, too, because she's the type of person who takes on the responsibility. She'll carry the guilt. Until after the fact. So yes. Yeah. Yes. Absolutely. Yeah. Questions I had. We talked about the kids and my parents. What about health issues like with Michael or anything that is, I feel pretty healthy now. I feel pretty good. Yeah. So just worried about, you know. Okay. So for Mike, you know there's some stuff going on with his brain in his head area and what I'm seeing and it connects to the heart. But in a physical way, not so much an emotional way, but more of a physical way. There's a lot of stress on the heart and there's a lot of stress on the heart. Almost like it's not getting, like it's stressing to pump. Like it's really hard to beat. It's not beating as easily or naturally as it should. And also, I feel like there's something restricting the flow, restricting the beating. And that's also in the brain area that there's not a full flow and an easy flow of the blood. I feel like something's going on. I don't know if it's necessarily clotting or something else, but something's going on that is definitely restricting some blood flow here or making it more difficult for the heart to work appropriately. If this hasn't started, it's going to start soon. So he can take some pre-measures. He can be proactive about this. We get, it's going to be a stint. There might be cause for a stint, but it goes beyond that. It's almost like the heart can't, it just can't beat appropriately. So whatever that is, it's doing it, but it's almost like it's really hard for it to do. Like me, after a couple flights of steps, it's really tough. But then the other thing is his liver. His liver is very, very polluted right now, and I'm sorry I'm being so, they're just flying these words out of my mouth because if I would have known that was going to come out, I would have totally tried to preempt that and soften it. But they're saying his liver is muddy and he needs to, they are not mincing words on this one. He needs to really clean it up and he needs to really change some of his stuff because that liver is really muddy and it's really toxic right now, and he needs to fix that. Nobody can do anything about it except for him. This is why some of his behaviors have been the way they have been. He's had some, yes I can, he might not have been as calm as he could be and a lot of that is toxins running through the body and the stress that comes with that. So they're saying definitely if he can get some of these toxins out of his body and the stress is better, then he is going to be a little bit calmer. So when I'm doing this, I'm hearing stuff and then I'm filtering some of it. There are some things going on with him that you might not be completely aware of at this time, but you will be soon. And that might be medically or other. But don't worry, everything always comes to the light. Did you almost find out something about a week ago or have an inkling of something about a week ago? I have goosebumps on the top of my head to the tips of my toes. Girl, you need to follow that like a hound, you need to follow that. I don't know what it is, but you know what it is. They know what it is. They're confirming it in a big way for you. You are not wrong, you are more than right. 100% plus 10. I can let that go now, folks. Let's move on. So they want you to know that that is absolutely correct. Okay, I said we can move on. Sometimes they really like to hammer a point home. So the other thing is that you are... Did you have a next question? No, I would like to hear the other thing. They said you are going to be finding this out soon. So they were saying it again. And I'm like, I think she's got it. We can let it. And they're like, no, because she's going to... She might think she's not ready to get this information, but you're more than ready to get this information. You've been looking for something. You've been looking for a justification. You've been looking for anything. And there's been more than enough, and they're finally showing you. Does that make sense to you? Okay, good. You have plenty of resources and help all around you. Do not worry. Do not fret. We got your back, Jack. That's what they're saying. That is their quote. That makes sense. So Lexi, you wanted me to ask you about Bailey, too. Oh, Bailey's a little stinker. Yes, he is. He is. He's such a little... He is a puppy's puppy. Like he has so much love and he has these eyes that are just amazing. And he is just sweet to the core. Just sweet to the core. And what they're saying is he just needs to be loved. He just... As long as he's loved, he's going to be good. And he is going to have... Excuse me. He is going to have a really... In about a month, dynamics are going to change. And he is going to have a lot of profound changes once those changes come in. Everything is a choice. So when they say in about a month, dynamics are going to change. Again, that is all of these choices are going to be yours. You're the one making these decisions. You're the one who's going to choose this. If and when you do, this puppy is going to turn into an amazing dog. And you are going to be so happy with this puppy. So just know that, okay? Excellent.   What else do they have? What about Chloe? Chloe seems... Well, like you said, more masculine, but she's very to herself. I mean, she's shifted a little bit. She's gotten more loving and stuff. But the horse thing, she's not many interested in it anymore. It seems like it's gone. I just don't know what it is that excites her, what her passion or what she's... She doesn't share any of it. Yeah. She's going through a stage right now. Okay. She is... She's a very remarkable young girl. She's extremely remarkable. What's her age again? She's going to be 12 in the end of the week. Yeah. She's trying to figure something out. She's very... How do I say? She's very intellectual inside. So when she gets information, she sits and she works it all out 20 different ways from Sunday. And right now, she's trying to work something out in her head. She's trying to figure out the dynamics of something. And what that means and what it will look like for her. And Chloe is the type of person where... I love your girls. She definitely is going to figure out the centerpiece, which is her before she figures out all the other pieces. Like, how does this affect me? What does this do to me? How am I going to work with this? What's going to happen about this? And then she figures out where the rest of the pieces fall, if it matters to her. So what she's trying to figure out right now has something to do with a family dynamic. And how that might possibly look in every given scenario. Don't worry. It's going to work out okay. As soon as this happens, all of her passions will come back and her safety will be free. Does that make sense to you? Does that, I hope so. I hope so. So we have probably time for one more question. If you had one more quick question. Or I can tell you. Why don't you tell me? Mom and dad want to say. So there's an uncle here also. And there are other relatives coming in. But the uncle said, uncle, uncle. So what they want to tell you is that you are, you have everything it takes. There is nothing missing from you.  And they want you to know that you are the one really with the power. Even though you don't know that you have that power. You are the one with the power. And the control. You're just terrified to use it.  And okay, so one more. If your daughter were in your shoes, what would you want her to do? Thank you Danny so much for being on the show today. And we are going to continue this conversation when this is done. It's just that time flies when we're on air. So I want to thank you for joining us today for Psychic Medium Tony G. I hope this has helped you to understand that those who go home never leave us. They're always with us guiding us and showing us love in one way or another. All the hard feelings from the past leave as soon as they leave their body. For more information on me, you can go to tonig.info. I hope you have an absolutely amazing rest of the day. And I look forward to next time. Thanks.


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