This is a long-awaited day for you, our graduates. We gather as members of our community, which seeks to embrace forms of radical care for ourselves and one another. As we stand on the brink of our new chapter in our lives, it is worth reflecting on the journey that has brought us to this moment. You developed ideas, wrote papers, completed problem sets, took tests, found yourself stumped, made art, learned formulae, conducted research, had breakdowns, lost friends, lost family, gained family, gained friends. We have learned to appreciate the richness and diversity of human experience and to approach our lives with curiosity and open-mindedness. For some of you, the journey to graduation was like an arrow, straight and direct. For others, there might have been detours roundabouts and unexpected scenic diversions. And here you are. A journey of a thousand miles starts with a single step. I think that we all need to think about that single step as you all go forth from this wonderful place. It was here that I began what for me was the most important lesson in my life's journey, to recalibrate my dreams. Not to add, but to subtract, to let go of what was not me. All of you have a story worth telling. Author your own truth as you move forward in the world.  How will the world be different decades from now because of your actions? The evidence is all around us at Mount Holyoke. Change is possible. Do not be afraid of change. In fact, embrace these moments. Because without change, there is no growth. Be the person listening for the next great joke, smelling new flowers open to new human encounters, open to becoming more loving and righteous. Let that be your legacy in the world.  You will always be Mo Home. Graduates, you are the embodiment of hope for me and all of us. Thank you and congratulations.


After a couple of days in the beautiful city of Seward, hanging out by the Boat Harbor, exploring and hiking in Kenai Fjords National Park, visiting the Sea Life Center and learning about the sea life native to the area, and enjoying some very delicious fresh catch straight from the ocean, it's now time to leave Seward and find our way to Anchorage, the place that we are calling home for the remaining of our stay in beautiful Alaska. Our last day in Seward was also our first day getting back to work after being on vacation for four days. Between packing up, checking out of our lodge, chasing Wi-Fi spots around Seward to get some work done, and driving towards Anchorage, it was a very eventful day. I will leave you to it and I hope that you enjoyed today's adventure and if you do, give this video a thumbs up and consider subscribing to our channel. So Arizona is one hour ahead of Alaska and that really gives me an advantage. I can start work a little bit earlier and wrap the day up by around 4 p.m. here. And so I already put two hours of work in and right now we are about to check out of our lodge here in Seward, Alaska. Check if I left something there. My favorite water bottle, better not leave it because I left it once in Montana, I believe, but the rental car company sent it all the way back to Arizona. It's really kind. They do have a kitchen area and this is where Alex is working so I'm gonna be just going there. I do have a call that I need to take from there and then we work from there for like an hour or so and then we'll drive to the library. This was probably the best place where I've ever stayed, ever. It's one of those places where you go and you just tell yourself I would definitely come back again. It's really wonderful. It's very cold outside although well actually it's cold. It's always cold but today the sun is out and it's pretty much what happens all the time. We go somewhere, it's foggy, cloudy, and then the day we leave it gets sunny and beautiful. You guys experience the same thing or are we just cursed? Can we just live here forever and just work from here? All right this is the kitchen area. Hello. We got to the public library here. I should have checked those today. She's really a bummer so right now we have to find a different place that has Wi-Fi which I think the National Park Office had some Wi-Fi the other day so maybe we'll just sit in a coffee shop nearby or a restaurant and just work from there. Wi-Fi hunting. Thank god they have restrooms and showers. I'm gonna want to do restrooms and find our next spot. All right well I guess this is going to be our working spot today. I will see you in a little bit. So this work setup seems like it's working fine for us. I can make my calls. The Wi-Fi was working just fine but for right now our batteries are dying so we have to find a place where we can charge our laptops found even the GoPro. I have to charge it. We're making just a few calls here to see if there is a coffee shop where we can sit down, charge our laptops, and get going. I was just reading the other day that's here in Anchorage. Not in Anchorage, the whole Alaska. They don't have the switchbacks concept. You just hike up until you can't feel your legs anymore. Just walk straight up.  Or you get eaten by a bear. Wow this is amazing. It's a converted train. Wow. It's a great pick. Good news and bad news. They're closed. Good news is they're closed. Bad news is they're not open. Can we charge our laptops? Never mind. Wow to be fair I'm not interested in the coffee. I'm interested in getting my laptop charged but that looks like a swanky thing. They have just Alaska trains. The train wreck is what it's called The train wreck. Not possible. So there is a coffee shop up here. I know that they have an outlet. Yeah do you want to ask them if it's okay? Sure. It sounds like they're good for liking to do. How is it? What is it? It's peanut butter and almond. No change. Hotel. We stayed at two days ago. Luxury workspace. Your heated seat all the way on? No. Really not three. It's so hot. It was so cold the other day. But I'm so tired I want to sleep.


Hey everybody and welcome to my desk. It's me Lady Aida got some electronics going on here Getting ready for tricky day But before you do that, we're going to do some electronics So the first thing I want to do is last week I tried to do a live demo. That's how you know It's live because that didn't work out But I thought I'd retry to do the live demo of setting up This round tft screen using my icn 6211 board to the raspberry pi Uh five dsi port and yeah, I take totally like crash and burned But I tried it again and this time I really tested it right before so it should be working So let's go to um The overhead real fast and I'll show where we stopped. So what we had was my uh, I'm not going to move the board I'm going to move the camera icn 6211 board kind of get to um a large round four inch display 720 by 720 and then over here it's connected through a cable to a raspberry pi five and um to get it started to get things like Tested out. I have uh, I covered last week. There's the spi configuration of the screen. There's the iSquirtz configuration of the um icn 6211 and then there's the device tree overlay so if we go to the computer the first step is I write in a loop The all pixels on all pixels off command and this is on there's an at tiny on that icn board that communicates with the spi pins for the display and so I'm not sending any rgb data to the display yet I'm just configuring it over spi and so what I've done is I kind of lock it in this loop And I just turn all the pixels on and off and so I know that I've configured it because you saw it It's like bright white all black bright white all black That's good to go. So then what I do is I'm going to um Upload this is where I failed last time so like hopefully it'll work this time Um, I upload the sketch with I go move that loop We look at program this time. Yay. It's programming. Um to remove that loop and so now it's configuring the screen Um, and you know it happens that this code already has the icn configuration But then if I go to um my raspberry pi, so this is my shell for the raspi and I have uh in here a script that will use the icn 6211 library That timon wrote for us That communicates over iSquared C with the icn 6211 and you can like do stuff like set the resolution and the polarities and the the forges and The swap order very it's late Um, but what I'm going to do is I'm going to tell it. Hey, please put it in color bar mode and Color bar mode. What's nice about that is because it's done internally with the icn 6211 You don't have to worry about the you know any other it just tests like did you get the resolution and the sync correctly because um Anything else would depend on the device tree overlay. So let's now Run the script and what it does is at the end it prints out all the registers and if you go to the overhead You'll see beautiful color bars, uh, and that's because uh, this is correct now if I happen to actually wondering I'm actually kind of curious if I set the resolution to like 480 by 480. I actually don't know what's going to happen. Let me try it Yeah, see how it like doesn't look it's like all messed up now Because I didn't set the resolution correctly. I told it.   I'll just show what I'm editing What was that? Can you go to the computer real fast? Yes, I'll show what I'm editing. So this line here Um, I'm gonna change the resolution from 4, you know, I set it to 480. I'll set it back to 720 And I'm also going to turn off the color bar mode Um, okay, so you go to the overhead and actually it still has the color bar because it turns out what I've Realized is once you set the color bars And they look this is a little this looks funky, but it's not coming through like it looks fine in person Um, you actually have to do a hard reset one thing I didn't do is connect the icn 6211 hard reset pin to the at tiny which I should have but we have b We have to see we're gonna fix it.  It's now in reset mode And then when I run it now, I turned off the color bar Uh, config and so you can see now I've got, uh um A working desktop on the Raspberry Pi and it looks great. So this is the, uh 720 by 720 display Um, you know, I think we did a demo earlier. Hold on. Let me see the only thing is it's upside down. So Let's see video VLC player And then I could do video Media open file And then We've got a stargate video that we can Oh, should we let me It's actually really hard to control this one. Let's make this smaller And then the loop and then I'm going there's a full screen mode. Is this full screen? Full screen. There you go. Okay. Looking great. So now, uh, you know, we've got stargate Which is the goal of like every project is getting started working. So All three pieces are now working. Um, which is great. I have to, you know, as I said, there's a couple of visions I have to make for the icn 61 one. Um, I have to fix the iSquared C buses because like right now I have all the iSquared C buses connected together on like this janky breadboard Um, what I want to do is put in an iSquared C switch And what's interesting is I actually have to find I was going to do for the great search But actually I haven't I haven't found the part yet and I have to find the part before I do the great search I want something that will allow me to connect and disconnect an iSquared C bus with a gpil I don't want to use Um, I don't want like a mux like a one to two mux where you write to an iSquared C address and then it kind of muxes for you I want it to be a um I want it to be uh like a gpio switchable because This 80 tiny on here over here, um is used to configure You know the the spi port on the display and then it configures the iSquared C for the icn But then what I wanted to do is actually turn from controller mode into peripheral mode Because I want the i the the raspberry pi to be able to use The at tiny to control the backlight pwm And so that chip is going to act as a iSquared C controller for like 1.5 seconds and then switch to peripheral and then it will be a peripheral for you know the rest of its You know life on the bus So I'm gonna do that so I have to revise it. So there's a little bit more to go. Um, but uh, you know I'm glad I'm glad the demo worked this time. So it's a mitzvah.  Actually, you know what? I don't have to type in pseudo shut down halt now I'm gonna press the button on the back here Yay, isn't that amazing? There's a good button you press and it shuts down nicely Power off and then you can see everything disappears. Okay, so let me unplug this because I this is a little bit delicate Okay, and then I'm gonna move this Over here. Okay. So the next thing is I'm working on um this camera That uh Is raspberry pi powered and it has an led ring and sort of things I got is a bunch of different lenses Um to test out and I don't think I'm going to have How are we doing on time? You're 10 minutes. We're gonna we're gonna keep going.  That means it's got an auto focusing motor inside of it These do not have auto focusing motors. It's like you can focus them by twisting the lens But they're also like wide lens. This one is an autofocus lens and in here you can see the metal body It's also an autofocus lens Autofocus lenses are interesting because basically you give it power over data one Because you're using only eight not 10 bits and then um What you can do is send it like the autofocus firmware over i-squared c And then you can send i-squared c commands to do autofocusing. So let's show that off real fast So this is uh the camera test firmware. I'll focus Actually, let me let me get this in here Okay, so then Okay, so then I want to do The led so what I can do first is turn on the led Lens which of course is like super bright, but you can see it's an rgb w led ring So you can really illuminate what you're looking at which is really nice And then so if I've got like a chip so like let's say, you know, I'm taking a photo of this Chip and this is like a a photo of a photo a photo Um, but maybe trust me on this and I hold down the uh shutter button.  So this makes it good for doing um close-up photography Which uh, you can see now you can like even even as the camera through the camera through the camera You can see the logo in the part number of the chip which is pretty amazing. Um, so that's that's something you can do with the This is still maybe I'll Yeah, I don't know if you can see that The lens focusing Yeah, I think it's I think it's gonna be hold on. Maybe I'll do infinite focus And I'll do close-up focus No, I think it's confused by the by the reflection, but um, it does work Uh, so like, you know the the previous demo showing it um focusing on something Um, it does have to have good lighting. I've noticed. Um, so that's why it's really handy that we've got the uh led ring Click and you can even hear this little click Um, so this is kind of nice. Uh software is done. Um The PCB design has also done a couple little tweaks got done. I added uh Book converter on this, but otherwise it's like this nice little three-piece design Um with a shutter button and you know, it's circuit python. So you can program it Uh, we configure it and um, you know like even stuff like getting the preview mode So like it previews as a bitmap, but then you can do jpeg Uh, you know when you take photos You know, it'll take a photo and save it as a jpeg for you Um, and I've got different, uh, you know result like pretty high resolution support Snap and it saves it to the sd card. Uh, so that's coming and then Lastly, um, I'll just show a quick board design I did this morning while The baby was asleep and go to the overhead.  So, you know, I haven't designed featherings in a while this plugs on top of A any of our feather boards and gives you lots and lots of grove connectors sticking up Um, and this is kind of nice because you can like put it on top Or you can use it with a doubler If you want to still have you know, if it's a tft feather and you want to have the tft display Use a doubler and then you have this side by side And you can have one two three four five six Grove ports two of them are iSquared c one of them as you are and then three are the analog digital pins Down here. So I think that's pretty good. I should probably make a um Pico bell with this too. I've I have to get back.  I'll get back to um Doing some of those pico bells and those uh Also the the bones boards. I have a couple more. I wanted to do okay So we're we're doing good on time right phil we can go to a great search The great search where to buy did you key an a to fruit? Thank you so much Did you key every single week lady either use our of engineering to help you? Yes, you find the things you need on digikey.com. This one comes from a z tweet eek post I know Oh, what is it? What is it z a tweet a post it's a request. We're gonna do it. It's a request. Okay, so this person daniel Um has a 3d printer and it looks like it says like z y next to it. So I think this is one of the motors um for the gantry of the 3d printer and You know, whatever maybe they just yanked the wrong way or got bumped Uh, but the character came off and I think two of the legs of the connector came off too And that's why they didn't just solder the connector back on they actually need a new connector And they were like, what is this? Um, and apparently the you schematics were published yet or the part wasn't published or maybe they couldn't find it And so I thought this is another great example of uh, let's try to find this part on digikey Um, I think that's like we've been we've been doing a couple of these Um, and we'll we'll try to do it live. I do I did find it so I can always backtrack, but let's go to, uh The computer and we'll uh try to locate it. Okay So we want to have this is a wire board and then oh, so can you flip back to it really fast? That um, well, I'll ask you to flip back and forth and maybe a couple times because I don't have it So it's like how do what you know, I want to prove what it is So it's a rectangular connector and you can see by the pads that it's got two mounting pads and four Um connection pads. So it's a four pin connector And the second thing you need to know is the pitch and I'll say that it's actually kind of hard to tell the pitch except one thing I do know is that to the right there was some point one pin spacing and uh like to the right of the capacitor only to the right of the capacitor There's some pads and those are point one inch and these are definitely closer So I'd say these are like two millimeter or less it might be like 1.5 millimeter but it's definitely not more than 2.5 millimeter pitch because uh, the the pads are closer together than those pins Okay, so back to the computer Okay, so um four pin connector and uh We know that the pitch is less than two. We're gonna start or 2.5. We're gonna start by just looking for rectangular which We're gonna learn how to spell rectangular connectors Um, is it is it's like literally rectangle. So the only thing to to watch out for is, you know, there's this, um A lot of these categories wouldn't they were started it was like people used headers only or like very header like devices So it was like, oh, it's a female Hetero receptacle socket and then there was like a plug pin You know mail and with that connector, it's a little bit unclear. Like, you know, is it a receptacle or male female whatever However, uh, you know We'll start with that and then we'll we'll move on. So we know that we're gonna look for Let's do this stuff. We know we know it's active It's available right now. We know it's a one row Four pins And positions loaded I'm gonna say all and the dash and four Um pitch, you know, we're not a hundred percent sure but we know it's less than 2.5 So and it's I know it's not One millimeter because that's that's like a jstsh's are tiny Um So let's apply so that takes it down from 230 000 to 700. It's a lot better. So let's look what we got here Okay, so we're actually starting to get like these are these are much more familiar to getting uh flip flip back to the um The z. Okay.  So, uh, go get and come back to um to the computer Okay, so, uh, let's look for you know, normally stocking so that at least gets us down from 700 to 135 and then um We want its surface mount And it's confusing right angle would be pointing out. We want pointing up which is normal surface mount I'm like 99 sure So let's pick that now. We're down to 38 options And um, some things are looking really good. So these are definitely not it. We want like shrouded So like these these are shrouded connectors. So let's go up and look if there is Uh setting for shrouded I don't know if there is We might just have to ignore those I think we have to just figure out the mating pitch that one's, you know, again, it's challenging I think it's less. I think yeah, it's like 1.27 or 1.5. I don't think it's 1.25 So I'm like, let me get rid of that because that's it's very close Um, yeah, there's no shrouding. So we'll just we're gonna all the ones that look like header down here Like we're just gonna ignore these these are like receptacle Oh, these are called forked. Well, that's interesting Oh, you know what like that's that's what we want. We want forked Because you see how these are all very similar They have the little like notch in the middle and the two glue grooves. These are called forked connectors. So let's um Let's select forked. I this is like I mean I learned a new thing today fork Okay, okay, great. This will get us down to eight. Okay So these are all in the same family. So these are the click mates. So that's or minitech Um, so now I'm going to try to figure out which one it is now I'll say it's definitely not this one. It's definitely not this one. So it's like this one maybe Um, this one maybe This one or this one and the difference is so actually, you know what let's try comparing them I will say I've this is risky. I've not done this before it's not. Oh, I said it could be this one It could be that one and not that one. Let's compare these five Okay So these are different. Looks like there's a couple different families. There's clickmate 502 family clickmate 4502433 There's different the mating pitches are different This is two And then these are 1.5 and then Insulation colors are slightly different and the insulation height is slightly different Okay, so one thing I'll say is I don't think it's this minitech. Let's look at it Although this could be a compatible piece. Let's look at the data sheet real fast This looks like it's a compatible part, but it's got Yeah, it's got the little leggies It could be that but I think the more likely thing is I think it's not 2 millimeter pitch. I think it's 1.5 So I think it's one of you know, one of these four And honestly have you know having calipers would help a lot and I think these are all very some these are the two same family And this looks also very similar in the family this one Yeah, it's tough to tell the difference forked, what's the I guess it's like slightly different Connectivity oh, this is a high voltage rating. I guess these are not as high voltage So I think these two are the same. I think these are just one is um This one might be the vertical one Let's look at the 360 Okay Another thing to notice is that a lot of these connectors they have both vertical and like they have right angle and vertical style And it's the same package, but it's like they just bend the pins a little bit differently So this one it could be this You know, this looks very promising This one has a little notch Whether which one it is I actually I'll tell you what I would do if I was the you know, this person who was trying to um To to figure out which one it is I'd actually purchase two of each of these ones And then like fit test them with the cable to see which one But it's hard to like know for sure and they're about a dollar a piece So given that, you know, I don't I don't have this board. So I don't you know, I can't Fit test it I think I would get these these four pieces I would pick up, you know, two of each and try them And you know, if they if they work great if I don't I have a couple extras, but at least, you know, it's cheaper than um You know, it's getting a whole new motherboard design But if I had to pick one it was like, okay, you have to pick one because You only get one pick for the great search It would be this one because there's the most in stock And I have found that whenever you go with the item that has the most in stock You're most likely to win if you're if you're going to wall the dice Uh, that's how I will the dice. So this is my pick for the great search I believe even though it's photographed Right angle. It's a vertical connector. Um, I think this one should work for uh, we're praying that 3d printer motherboard That's a great search Alrighty, that's our shift for this week. Thank you so much everybody will be here throughout the week All regular shows leading up till thursday and friday thursday company holiday friday. We'll have a big sale Um, but some of the live shows we won't be doing but we'll probably be doing just completely this weekend coming up Thank you so much everybody. Thanks everybody


I'm currently studying a Bachelor's of Arts Psychology with a Bachelor's of Laws at Macquarie University and I'm in my final semester. I found out about the New Colombo Plan scholarship through a mentor at my university. There are multiple reasons why I selected Singapore as the destination to undertake my NCP experience. I knew that the National University of Singapore, Berkeley was the number one ranked university in Asia and it had a really highly regarded law program. The second reason was because I knew that Singapore was a major financial hub in the Indo-Pacific region and finally because I knew that Singapore was a melting pot of three different cultures and I was really interested in experiencing that. As part of my New Colombo Plan experience I undertook study for a semester at the National University of Singapore and following that I undertook two internships. The first was with Telstra and it was an internship with the legal team and the second internship was with BHP Billiton and that was with the procurement team. I think the New Colombo Plan is not just an opportunity to deeply understand the Indo-Pacific region, it's actually an opportunity to develop personal skills like adaptability, resilience and confidence and these are skills which are necessary no matter what you pursue. So now I'm back in Sydney and in my final year of university I recently accepted a graduate offer at Clifford Chance which is a global commercial law firm and I really do believe that my experience with the New Colombo Plan in particular my internship experiences with BHP Billiton and Telstra really paved the way. I'm a paralegal and I assist the litigation and dispute resolutions team. On a day-to-day basis my tasks generally include legal research, preparing briefs to council, delivering documents to court. The cultural immersion that I experience in Singapore will really assist my work. For example at an international law firm where the work that we do on a daily basis involves officers in Singapore and Hong Kong and where we are interacting and working with colleagues from across the Indo-Pacific region on a daily basis. One of the things I love about the New Colombo Plan is that the recipients of the scholarship truly reflect the diversity of the Australian community. The New Colombo Plan fostered my academic, professional and personal development. There's no other way to describe this experience other than transformative.


Uranium is the main fuel for nuclear reactors that generates 11% of the world's electricity. Secure supplies of the metal are needed for this low-carbon energy technology. Identified uranium resources are sufficient for well over 100 years of supply, but the current oversupply may not last forever. It is therefore important that this vital resource is mined, produced and managed sustainably. Around 300 experts from 61 countries are at the Agency's headquarters in Vienna to participate in the International Symposium on Uranium Raw Material for the Nuclear Fuel Cycle. URAM 2018 is one of the world's largest and most respected uranium conferences. It's a great forum to exchange ideas and learn about the advances because uranium production should contribute to the long-term and sustainable use of nuclear energy. The participants will also discuss new ways to improve uranium exploration, mining and its efficient use. From Vienna, Austria, this is Alejandra Silva reporting for the IAEA.


When does the country album come out? Because I'm very excited about this. I see you writing and I know my friends at Kiss Contra like when's Jimmy's album coming out? When's this, when is this dropping, man? It's coming fairly soon. I've been in the lab. Basketball have been working on that, yes. But we got some hits, we got some hits. I'm excited about it too.  So it's gonna be big, it's gonna be big. Because you are like, I saw you playing with King Browns and on this. So you have some connects. I feel like this album could be very star-studded. No, it is. I wanna view myself as like DJ Khaled of this country world.


So now our task is to see if we can understand the solutions to the L equals 0 version of the radial portion of the hydron atom Schrodinger equation. So remember we've broken down the Schrodinger equation into a radial piece and an angular piece. The radial version of the Schrodinger equation in the specific case where L equals 0 is this equation right here. So it's possible to treat this formally and solve it as a formal differential equation but we're going to take a somewhat simpler approach right now and we're going to simply demonstrate that a function of this form, an exponentially decaying function, so my radial function is an exponentially decaying function of R. We can just demonstrate that this function solves the radial version of the Schrodinger equation when L equals 0. So that's what we'll do now. Let's start by taking these terms one at a time. So remember what this means is take the derivative of the function then multiply by R squared, then take another derivative, then divide by R squared and multiply these constants. So we'll do that first step by step. So here's our function R. The R derivative of that function, derivative of an exponential just pulls down the exponent. So that looks like minus C, E to the minus C, R. If I then bring in the R squared, so R squared times that result I've just gotten is minus C, R squared, E to the minus C, R. I now have another R derivative to take. So now I have two R's so I need to use the product rule. R derivative of this, derivative of R squared is two R. So the first piece looks like minus two C, R, leaving the exponential alone and then product rule says that leave the minus C, R squared alone and pull down another minus C when I take the derivative of the exponential. So that negative C times this negative C gives me positive C squared and then I still have an R squared and then the exponential. So that's what I get after taking the R derivative of this piece. So that's taking the R derivative of that. Now what I have left to do is divide by R squared and multiply by these constants. So I'll say let me go ahead and rewrite this all now in orange since I'm done my intermediate work. I've got minus these constants times these constants which also have a negative sign. So I'll write H squared over 8 pi squared M. I've got a 1 over R squared multiplying by this R so that's a 1 over R and I've got a 2 and a C. I'll write that here, 2 times C times H squared and I have an exponential. This E to the minus C, R, I'll go ahead and rewrite that now since I'm done taking derivatives. Every time I see E to the minus C, R, I'll just rewrite that as capital R. So I've taken these constants multiplied by the first term. Now I need to take these constants and multiply by the second term. So now I've got a minus H squared over 8 pi squared mass. 1 over R squared now exactly cancels this R squared and I still have a C squared in this term and then E to the minus C, R which I'll write as capital R. So that's the full result of taking these constants times the derivative of R squared times the derivative of my radio function.  If indeed this is a solution to the Schrodinger equation, to the radio portion of the Schrodinger equation that's zero, I'll write a question mark because we're still just double checking whether that's true or not. So we can ask ourselves now, is this true or is it possible that this is true? In order for this to be true, everything on the left hand side of the equation has to completely cancel.  So those two terms need to completely cancel each other. I also have two terms that just look like my function of R multiplied by constants. So those terms also have to cancel each other. So if I take the first and the third terms first, this 1 over R term needs to cancel this 1 over R term in order for my function to be a solution to the Schrodinger equation. So we need two things to be true. We need the first and the third terms to cancel. So I need the constants 2CH squared over 8 pi squared mass minus ZE squared over 4 pi epsilon not to be zero. So that's the condition I need in order for the first and third terms to cancel. Those certainly don't look the same as each other. And I don't have the flexibility to choose very many of these variables except for C. So H and pi and mass of an electron and the charge of an electron and the permittivity vacuum, those I don't have any control over. However, C is just a constant. I've said, let's see if this exponential solves the Schrodinger equation. It certainly wouldn't solve the Schrodinger equation for an arbitrary value of C, but I can solve for the particular value of C that does make this a solution to Schrodinger's equation. So if I rearrange this equation to solve for C, if I take the second term, the ZE squared over 4 pi epsilon not term and put it on the right side. So 4, that's not correct. ZE squared over 4 pi epsilon not. And then I take everything that's not a C in this term, the 2H squared over 8 pi squared mass and I flip them upside down. So 8 pi squared mass over 2 H squared. So that means the value of C, after some cancellation, this 4 will turn that 8 into 2, which will also cancel that 2. This pi will cancel one of these pi's and what I'm left with is ZE squared times pi times mass over epsilon not H squared is the value of my constant C. So let's pause and talk about that for a minute. That is the particular value of C that makes this a solution to Schrodinger's equation, to the radial portion of Schrodinger's equation. If you notice that this value C multiplies R in an exponential, so the units of C must be one over length. One over length times length makes this unitless like the exponent of an exponential must be. So we know that this collection of constants must be a unitless, I'm sorry, must have units of one over length. So let's define something that has units of length. If I take all these constants and turn them upside down, so I'll say epsilon not times H squared over, let's rearrange these a little pi mass times E squared. I'm leaving out the Z intentionally. So that collection of constants, since Z is unitless, this collection of constants must have units of length since I've turned it upside down. And that is a thing that we're going to call the Bohr radius. So that turns out to be a pretty important quantity in understanding the size of an electron in a hydrogen atom or in hydrogen-like ions, as we'll see more in the future. But this particular collection of fundamental constants defines this thing called the Bohr radius, which has a value of, as we can determine by plugging in these fundamental constants, if we calculated the value of the Bohr radius, that would be about half of an angstrom. So what that means is this constant C that we're talking about, I haven't included the value of Z in the Bohr radius, so all these other constants are one over the Bohr radius. And so the constant C is the atomic number of the atom we're talking about divided by the Bohr radius. So we've succeeded in doing two things. Number one, we've determined that this exponential does, in fact, solve the radial portion of the Schrodinger equation. If the C has a particular value, and we solve for that particular value of the constant C, we have one more thing left to do, which is to guarantee that this second term also cancels the fourth term in order to solve the Schrodinger equation. So the second term, which is constants multiplying by R, needs to cancel the fourth term, which is this constant that we call the energy multiplying R. So in order for that to be true, the other requirement that we have is that minus C squared H squared over 4 pi epsilon naught, nope, that's the wrong collection of constants, C squared H squared over 8 pi squared mass. If I add that to negative E, I have to get zero. So we've determined what the value of C needs to be, what's left here is the energy. If this function solves the radial Schrodinger equation, the energy will have a particular value. That value of the energy will be minus C squared H squared over 8 pi squared mass. But since we now know what C is, C is atomic number divided by Bohr radius, we can rewrite this as minus H squared over 8 pi squared mass, and then C squared will be Z squared over A naught squared. So that is the energy of the value of the energy when this exponential function is inserted and solves the Schrodinger equation.


I think we were we were pretending it was like the ocean like the water and we were throwing the Barbies in the water so they weren't really on the floor they were in an imaginary ocean those are the best questions awesome anything else really the connection with the 80s and the Divine Feminine you might explain just a little bit I think it's the 80s is when I grew up and I was trying to figure out what femininity was and what feminism was and I was looking at all these women that looked like they were super buff you know like the flash dance girls so I was wondering like what femininity was so I guess it's kind of lived inside my head and I'm finally I have a vehicle to sort of ask more questions about that and I'm still finding out yeah what do you represent I'm the Olympian, it's a stupid girl I'm Barbie and I am the I consider myself an empath but I'm also the incarnation of Martha Graham we're just a flash dance, we're just a flash dance, we're just a flash dance and that's what we're going to show, super official okay we had the Ballerina house flash which was about five of the beautiful women who were in the house last week Venus which was portrayed by our beautiful speaker she was sort of another great goddess figure what are you trying to escape in that dark piece? I'm here I'm trying to escape in the dark piece well for me the chair represents relationships either with yourself or with things or with other people that are kind of addicted that you want to shake and kind of still keep going back to them one last question do you have a list of the music? a list of the music that's a good thing it's not in the program no a list of... it was in our another program if you want we can get you to a list of the music let's send you a chart soundtrack


Good morning. Good morning. Good morning. Thank you all for joining us today for build fool's fury digital convening on the future of ensemble theater day to new models and a new era economic justice. We begin with a land acknowledgement crafted by the build team and shared with you by some of us. Thank you very much to Adrian Marie Wong of spider web show and Dr. H. Heracuti Sharif Williams of CUNY racial justice performance conference. Since our activities are shared digitally. Let's take a moment to consider the legacy of colon colonization embedded within our technological structures, including the equipment and high speed internet which are not available to many indigenous communities. Even the technologies that are central to much of the art we make leaves significant carbon footprints contributing to changing climates disproportionately affect indigenous peoples worldwide. We invite you to join us in acknowledging all this as well as our shared responsibility to make good of this time and for each of us to consider our roles in reconciliation and decolonization. We acknowledge that settler colonizers and slavers from Europe use stolen and enforced labor of African people to subsequently develop the land. We honor the lives of all who endured and continue to endure in the face of settler colony colonialism and white supremacy. Thank you very much. Thank you all for helping us to begin. Well, this land acknowledgement was inspired by several different texts, calling up justice collects them, and then our amazing build team made this bespoke land acknowledgement from all of those pieces. The land acknowledgement we did yesterday was different than the one we did today. We will be happy to share some of the inspiring texts via the chat later on in the show. Thank you so much. I also just want to say a shout out to our gorgeous audience. Hello. Hello, audience. Hi there. You are audiences right now inside the hop and to platform we see you I'm watching your I see Emma asking for that copy of the land acknowledgement which is why I shouted it out. I'm seeing y'all in the Facebook. Thank you how how round for live streaming and some of us are here in the zoom presenters are here in the zoom room and later on in the afternoon we're going to invite some of y'all who are registered participants who are hanging out in our awesome hop and to platform. We're going to invite you to join us in the zoom for those workshops. We did this yesterday we're going to do it again. There's so many fun things that we got to do yesterday together and Dabora is going to share some of those. We want to make sure you take advantage of the networking section the Expo section and all of the different ways to engage with each other and with us. Dabora how you doing this morning. Hey good morning good morning everybody so so grateful to be here with you all happy Sunday morning. We have such a lineup for you. I want to remind you please put your land acknowledgement in the chat. Where are you coming from the territory on which you are calling in. Great say hello to your mates out here wherever you're calling from and we do have people calling from Ireland, England, Korea, all of those. So come on in and and and give us your acknowledgements. I want to invite you get to know your hop and platform. We have a one on one chats that you can do, especially at the lunchtime and other other times, you can actually do like a meeting roulette one on one. Once again my name is Dabora Eleazar, and I'm the artistic director of fool's fury theater it's so great to have you with us for build from here, the future of ensemble theater. I also want to invite people to the digital altar. This is a wonderful way to participate in the community ritual of grief and loss. You just go to the page. You can share on Expo, and you, my fabulous interns will put some instructions in the chat, and you don't even have to be in the hopping platform to participate, and you can place your own thoughts, comments, songs, media into this digital altar so that we can continue to grow the ritual of how we move forward. Even as we are acknowledging how we feel right now. My friends, we did a lot yesterday I can't believe we're already at day two. Oh my gosh, we started off with a beautiful video on grief and loss, honoring people, people made submissions of who and what they had lost. That happened yesterday and we opened that up thank you Adam Astral to ran for that beautiful collaboration with calling up justice and the network of ensemble theater. And then we had the amazing keynote speaker Christina Wong. Oh my gosh she was just, she was even questioning like where is here for building from here where are we. I mean just amazing. We really brought it and and we just love Christina so much.  So, moved on to all of our amazing art shares. Friends, we have art shares throughout the day. So we're not just talking at you we have panels we have workshops, and we have these beautiful postcards from the mark from the ensemble field, which are artists from the fury factory that Gladly volunteered said yes we I will jump on the build format and we created this new way of presenting a little snapshot of where these artists are, what they're doing now and what is the future of ensemble theater. They are amazing work. So and they're all incredibly different. So, and it's all negotiating the nature of liveness. So, some are live some are asynchronous media. Some are a mixture. Really take a look because we are making the future right now. We followed that up. All those art shares also with a field wide aesthetic equity conversation led by the amazing Allison Dela Cruz and Claudia, and sponsored by the network of ensemble theater. And we finished it out we put a whole bow on the day by doing a networking with in our digital expo booths of our service organizations. Let's not forget that we had an amazing panel of our culturally specific alliances. Oh my gosh, there is so much beautiful work happening. You know, so just take a look at the schedule there. What have we got going on. Claudia maybe you can join with me in asking some of these questions. I'll do a first couple here today is all about new models in a new era. Economic justice, right. How are we innovating new models of working together that are more equitable. How have the choices we've made break or uphold societal norms. How can we examine if the nonprofit industrial complex is still serving us or if it ever has. We are asking how can we hold ourselves and each other in the state of grace and moving forward together we're asking so many questions about the racial wealth divide we're asking how can we rebuild this better together. Now, as we are transitioning into our next pieces, like I said, we have got an amazing team of our house staff, they're working the chats they're in the chat in the Facebook they're in the chat in the hop into the leaving helping on the chat in the zoom. If you have any accessibility needs, please name them and we will share them in the chat. Of course we're working in not the best financial circumstances so we were not able to afford to have this event live fully captioned and sign interpreted we were able to have our keynote sweet sign interpreted yesterday and we will be making sure all sorts of pieces of this convening are available asynchronously, and that will be captioned. If you have any questions or needs throughout the show for your access needs please name them in the chat. Also, if you have any access needs in terms of figuring out how to get to the networking session, or the expo session, you just let us know in the chat we got you. Now it is my great pleasure. Oh, I should also remind you all if you're going to the workshop for economic justice. Make sure you're the common sense workshop, make sure you bring some stuff to make some art because it's going to be we're artists. We're also going to be doing math, and we're going to be getting some real clarity about how to make our lives a little bit better on this wealth of race divide but also bring a notebook, bring an instrument bring something because it's going to have some art in it. And of course, if you can, please support bull's fury by donating a link will be put in the chat. Now it is my great pleasure to introduce the art share with Ryan Hill, Marzipanik and Sandbox Theater, Anita Hollander, November productions and Jenny McAllister of 13th floor.


Coordination is the best bet that response agencies have in contending with the ongoing COVID-19 pandemic and a major weather system. That was one of the takeaways from St. Lucia's round of a tabletop response mechanism exercise, organized by the Regional Security Systems Training Institute on Wednesday, 16 September 2020. Details in this report. With forecasters predicting an above normal hurricane season, first responders in the region are being prepared should the COVID-19 pandemic and a catastrophic weather system collide. The Regional Security Systems Training Institute held a national tabletop exercise with representatives from St. Lucia's Police Force, the Fire Service, the Corrections Department, the Ministry of Health, Customs and Exercise Department, and the National Emergency Management Organization, NEMO, to practice the response for a hurricane hazard and a COVID-19 pandemic scenario. Duringo Stav is the Director of NEMO. We know that we are at in the peak of the hurricane season and so it is important to ensure that our various response mechanisms are working and so this was a test to ensure that we are able to coordinate and to prepare and to respond in the event of an emergency amidst COVID-19. We had to look at our shelters, how they're going to operate. We had to look at how the responding agencies such as the police and the fire department, already they are stretched with COVID-19 and so with a hurricane compounding the situation, we had to ensure that we are able to respond in a manner that will not cause more problems for us.  In this scenario, we have prepared our officers to be ready for any emergency, of course, observing all the COVID-19 protocols and of course there's proper coordination with the other agencies because it's very likely that we will be overwhelmed in one situation or the other and that's where the other agencies come in. Medical Officer of Health, Dr Glenford Joseph, represents the Department of Health. He assured the continued review of their disaster protocols, where the pandemic is concerned. At the Ministry of Health, we are going to revise our protocols which we have done but we will continue to strengthen and to ensure that we have the various linkages with the other ministries and departments so that we can respond cohesively to hurricane or any other disaster in the context of COVID-19. Senoucha's national tabletop exercise for responding to a potential hurricane hazard and a COVID-19 pandemic scenario was held online with participants conferencing at the NIMO headquarters. This RSS exercise was held for each of the seven participating member states from Monday, 14 September to Thursday, 17 September and facilitated with the assistance of three other regional agencies, namely, CARICOM Impacts, CARFA and CEDEMA. From the Government Information Service, Lisa Joseph reports in.


Yo, what's up, YouTube? Welcome back to KennyCV. So in this video, we're actually gonna be going over when your printer Supply is running low on ink Okay, and also those that watch my video on converting the Epson work for 7840 Which is also the 7820 series into a sublimation printer A lot of people was having trouble with this chip right here and This chip needs to be facing up just like that. So When you actually change out your chip, this is how it needs to look. Okay, and this is the refillable cartridge So I went ahead and already changed out the black and also you need to make sure that It matches the colors when you're switching the chips out. Okay? and also This is a heads up if you're looking to save some money You can actually use the 812 XL Cartridges you take the chips off these and put it on the refillable ones That's if and When your printer is saying the supply on ink is low Okay, I haven't went that far. It got as low as possible, but it was asking To change the cartridges and before we get into the video Subscribe smash the like button drop some comments ask some questions I'll be willing to reply and answer any questions that you may have So hopefully changing out these chips right here We'll get a better understanding Getting your printer up and running. So let's get it. All right.  It was just the microchips So just make sure you just lift up let the printer do what it's got to do So I'm gonna go ahead show you This is how you want to take out your cartridges slowly Okay, so this is the 812 chip and then once you change your chip and you fill up your ink It's I got plenty of ink in there. You don't want to angle it Never put it in this way or this way try to get it as flush as you can Holding the tab and just push until it clicks So we're gonna take out these when this by one hand So I lost a chip on that one. No, I didn't lose the chip Actually got stuck down there, but this be careful taking these out. Okay, and let me set up this camera real quick So remember Taking this one out Actually, this came off.  Get you something sharp razor blade This also helps Exactly knife works really well. Just remember take your time. It glue these guys really good up in here And I'm probably gonna speed up the process But once you take the chip off Just remember You see four way actually one two three four five Then the then the four on the top That's how you're gonna place your chip just like that. It's the only time you should angle it Place in the chip right Got all the Chips exchanged with these bad boys back up in here I'm gonna start with the scion the black has already been converted this You know, so there's all this is a learning process for myself too Because I really thought that you only can use the eight the T812 epson ink chips only Just make sure when you just want to push them in until you get the snap so I'm doing this one hand so The camera is shaking. Sorry about that and this take your time placing these These in okay, go ahead and close that close the top So we're gonna see what it's gonna do This is gonna take a few minutes to initialize I bought these on sale on Amazon I'll place the link down there again. This is not a promotion promotion or affiliate link Commission This is just to help everybody out. These were on sale So this is what the chips the new chips that I put in there But while we waiting go ahead and subscribe Smash the like button have any questions drop a questions or comment. I'll be more than happy to help you There we go It's complete Hit the home button Boom Right there. You see nothing So we're just gonna check on the supply status Everything is full. Well Again, thanks for watching. Everybody have a blessed today Until next time. Peace


Good morning. I got here yesterday afternoon, and I've already met a lot of interesting people and saw a lot of interesting things. I'm going to cover three areas in the next 15 to 20 minutes. So it'll be at about the 65,000 feet level. Talk a little bit about US manufacturing and policy, strategies, some manufacturing innovation, and then conclude with the IMS program. And then the theme of the whole area will be collaboration. So US manufacturing strategy and policy. We do about $1.6 trillion in manufacturing, and it represents about 60% of the US exports. Also, the manufacturing industry accounts for about 70% of the public sector R&D in the United States. We are losing ground, however, as trade gap is starting to widen to about $100 billion. So this has got people concerned. The president set up a council of advisors to study these issues, and the report came out recently. I think it's available that it reminded us how important manufacturing is to a country. And the government should play an important role through the development of innovation policy. Now, the government's always supported basic research with the universities, but this report suggested we also should co-invest in pre-competitive applied research and development. Does that sound familiar? Think the framework programs in the EU. So this PCAST report also looked at other areas like taxes and trade and workforce requirements. It's a pretty comprehensive report. And given the recommendations out of the report, the president has made revitalization of manufacturing a key part of his economic strategy. We feel like in the United States, the US manufacturers face about a 20% cost burden over other developed countries. There's some charts there. I don't know if you can read them. And I have a bunch of backup charts that if you go to the website, you'll probably be able to pick up facts on things. But this 20% of a lot of it is caused by just corporate taxes. And we do have the highest. Japan was kind of tied with us in 2010, but they've lowered their taxes a little bit. So we're sitting at a 40% burden. And I think the government is now recognizing that that's not necessarily a good thing. So the president has established an office of manufacturing policy. And we've never really had that. And it's going to be co-chaired by the Secretary of Commerce and the director of the National Economic Council. The president's FY13 budget for advanced manufacturing is $2.2 billion, US dollars. And that's about a 19% increase over 2012. So that's good news for at least US manufacturers. There's other policy issues that are in the backup slides that I won't go into now. But let me just say that the president understands that to build an economy at last, you need a very strong manufacturing sector. We all knew that all along, but some people were just realizing that you've got to build things. It's important. I'm going to talk a little bit about a couple of manufacturing innovations that I think are important to the future. One, which is no stranger to this group, is additive manufacturing. Gee, yesterday I heard a really good briefing on additive manufacturing. I talked to several other people who are working in that area. Certainly this isn't a new concept. Additive manufacturing has been going on now for about 20 years. But it is reaching the time frame now where it's going to become very important. And I even overheard some Airbus folks talking about some point in the future being able to print out parts of almost the whole airplane. Now, I don't know if I go along with that. But on the other hand, you can look forward to the digital manufacturing, additive manufacturing 3D printing is an important area of innovation. Another area which I want to apply to manufacturing is crowd sourcing. And most of you understand crowd sourcing, which takes advantage of resources throughout the whole world, can. I believe that small and medium-sized manufacturers will take advantage of this to solve tough manufacturing problems. I don't believe larger companies will use crowd sourcing to solve their problems. They're worried about IP. All the lawyers will be getting in their way. And they just won't do it. But we feel like that's going to be an important way to solve problems using the world as your resource. Another area that you may not be familiar with is what we call service-oriented manufacturing.  It involves service-oriented architectures, cloud computing. It basically treats manufacturing as a service. Now, that kind of hurts me a little bit. It doesn't sound so good to me as certainly an engineering supporter. But so maybe we've misnamed this, but it treats manufacturing as a set of services. And the concept of the future is you'd wake up in the morning in your house, and you'd be running a manufacturing plant. And you could use small and medium-sized manufacturers. They will have to develop very agile, flexible centers. And you'll be able to look and see where the best capability is available at the time to solve your problems in manufacturing. I have three or four papers on that. If you want to get to me later, I can get those to you. And one I kind of left out is model-based enterprise. And the reason I forgot about it, I went out to this advanced manufacturing research center. They have a truck out there. And it reminded me, and if you haven't been out there, you ought to go out there, but it reminded me of how important it is to be able to simulate capability in manufacturing, to model it. And I'm talking about the whole life cycle. I'm not talking about the design. I'm talking about even modeling how you're going to dispose of something at the end of life. That's going to become very important. So I look at those four areas as important future areas. I think they're obviously others. The last piece of what I'm going to talk about is the IMS program. I hope everyone knows what that is. It's intelligent manufacturing systems. This is kind of a lengthy side. The concept was actually developed by the Japanese in the early 90s to have worldwide participation and collaboration in areas that are mostly pre-competitive areas. And we consider sustainable manufacturing as a very pre-competitive area. So they looked at that area. And the IMS program now has been going on for close to 15 to 20 years, something like that. It's organized with an international steering committee, the chairmen's here today. Also the secretariat, the chairman is Fred Horner Gunther. He's available. The secretariat, Dan Nagy's available. And the reason I bring their names up is that we're having a world manufacturing forum in mid-October. It's the second one. It's invitation only. And I would think this group here would be very interested in being there if you can get your business cards to any of those folks. Or myself, we can get you an invitation to this meeting. It's in Stuttgart. It's a two-day session. Last year, it was in Lake Como. It was a very successful meeting. This is kind of obvious why an IMS. We now, we're certainly wired internationally. It gives us an opportunity to collaborate more. This is not just bilateral collaborations. It's multilateral collaborations. And I think it's a very effective way to do a lot of your pre-competitive manufacturing work. The vision of IMS, it's to open and enlarge worldwide markets, improve the utilization and efficiency of resources, improve the quality of manufacturing, advance manufacturing professionalism. We even look at a degree in manufacturing engineering that would be an international degree. If you got that degree, you could work anywhere in the world with the same kind of processes. It's a very important program, as I see it. Right now, we have five regions that are involved, heavily involved. The EU is considered one region, but it includes all the 27 countries. United States has been involved since the onset of the program, and we will be the new chairman starting this November. The United States will be. There are actually five manufacturing technology platforms, and the number one platform is sustainable manufacturing. And we see that as a huge area in the future, and it's going to require collaboration across the international front to make it happen. So how do you get involved in an IMS program? One thing is, there needs to be three participating regions. The program has got to be at least $1 million or more overall in the last 12 months. But it can be put together with a simple MOU. And can you imagine, if your company wanted to do a multilateral collaboration, how difficult that is without a structure in place, well, the IMS provides that structure. So we're pretty bullish on the program overall. As I promised, I'm going to finish up on schedule here. And in conclusion, I'd say that the IMS provides a very strong framework for collaboration, specifically in sustainable manufacturing. And we look at this capability as raising the level of the water across the world and enhancing the quality of life. I'll be available the rest of the day for questions. I know we're running a little behind. But if you want to talk about any of these subjects, please just look. We have probably enough.


takes it down to zero and that of course out that worked very perfectly right there and so it may not always be exact so I'm going to scroll back up and we're back to a hundred percent and let's see what else we got support accounting instruction by clicking the link below giving you a free month membership to all of the content on our website broken out by category further broken out by course each course then organized in a logical reasonable fashion making it much more easy to find what you need then can be done on a youtube page we also include added resources such as excel practice problems pdf files and more like quickbooks backup files when applicable so once again click the link below for a free month membership to our website and all the content on it next item what we're going to do is we're going to jump back up here and we're going to try to figure out what amount should be going from the working process to the finished goods at this point so at the end of this point at the end of the processing we've we've got what could be in working process two three four nine five hundred then we're going to basically determine in some way how much is still left by like kind of like a physical count that would be the easiest way to visualize it if we can count what's still in working process a bit more complex than that but we'll talk about that later we would say what is still left in there and then we're going to have to say that the other piece got transferred out to the finished goods process so they gave us that in this problem so we're going to say working process at the end is the 533 thousand so we then need to make this go down to 533 thousand and transfer that to the difference to the finished goods so what's going on it's going in the finished goods out of working process working process what's not done finished goods what is done what has been transferred during out this period so this is a debit and finished goods i'm going to debit it again to make it go up so i'm going to copy that i'm going to put that on top right click paste it one two three then the amount is just going to be equal to this two three four nine five zero zero minus the amount that's going to be in there at the end five three three zero zero that's what we need in order to we need this number to go down by this in order to get to that so that that's that's what that calculation is now you might be tempted to do this you might be tempted to say instead of putting this number here you could say this equals this number minus five three three zero zero zero now when we post that you're going to have a problem though because that'll create a circle reference because this number is going to be used to change that number and we just use this number to make that number so once we post it that'll be causing a problem that's why we have to hard code this one in this case to be two three four nine five zero zero like that and then we're going to credit something for that amount so it's going to be debit it's going to go in the finished goods going to go out of the working process that's going to be the credit all right so we're going to post that out so we're going to go over here so this we're looking for finished goods that's one two three four five fifth account down on the trial balance we're looking for the fifth account down here it's going to be in s19 so s19 equals and we're pointing to this one million eight sixteen five enter so finished goods goes up then we're looking for the working process right above it we're going to credit it this time it's going out of the working process working the process has a debit account we're going to make it go down by doing the opposite equals in t12 the pointing to h13 making the working process go down to what do we hope it goes down to hopefully it's going to go down to this number that we wanted to get right there the 533 so let's see if that's the case enter it goes down to 533 just as we had planned so that that that's good so the next thing we can do the same type of thing for the finished goods we can try to say okay what how much of the finished goods is still finished and how much of it is then sold this is going to be a similar calculation that we would do in any company that we bought and sold inventory so how much is not in finished goods how much has been sold and then for therefore transferred from finished goods and finally all that stuff expense in the form of cost of goods sold meaning all the direct labor all the indirect labor all the stuff we put in the factory overhead and then allocated over to here now is going to be expense in the form of the asset that we are selling the asset of inventory cost of goods sold so we do the same type of thing we're going to say all right it's going to go out of the finished goods if we sold it so I'm going to copy that and I'm going to skip a line and put that on the bottom and it's going to go into the cost of goods sold finally the expense that's going to be the debit on top when we sell stuff this is the normal kind of transaction we think about when we sell things but it can look confusing because notice we're going to calculate the sale here but this whole problem hasn't been talking about sales at all so I've been talking about the allocation of cost of the inventory so now we're doing the cost of the inventory that we sold before we're doing the inventory sale which can be a bit unusual usually we would do the sale first but we're going to follow through that with this cost flow assumption all the way through and we're going to say what's the amount going to be well it's going to be this two four three two five the 10 finished goods inventory minus this 176176001 for some reason and enter and that's going to be the debit and the credit what does that mean it means that this number needs to get down to the physical count that we counted to be in there so this number minus that number will bring it down to the physical count that we counted it to be hopefully once we post this out which we will do now so cost of goods sold the second last account down here on the income statements so i'm going to scroll over here scrolling scrolling scrolling and way over here cost of goods sold now you could try to make this smaller to see it but it's pretty far out i'm not sure it's going to work has to be really small all right so maybe maybe we can see that so it's probably pretty small so way over here cost of goods sold way over here on a e16 that equals this 2 million 256 4 9 9 and that populates here then in the trial balance there it is and then we're going to post the other side to the finished goods inventory here it is there finished goods inventory like a fifth account down on the trial balance therefore it's going to be the fifth account on the general ledger so here it is here we're going to credit it this time there's the number we can't quite see the name that's okay so this equals and sell t20 that 2 million 256 4 9 9 bringing it down to this 176 0 0 1 176 0 0 that number looks familiar because that's what we counted it to be that's what we wanted it to end up at now we're going to do this one last thing we're going to post the sale for the period here just so we have the sales number because we recognize the cost of goods sold there's going to be sales related to that notice the sales number has nothing to do with the cost of goods sold number because that's our sales price whatever how will we determine what the sales price was that's how much we actually got or received on credit in this case for the sales made so related to this journal entry remember whenever we make a journal entry we usually you know debit accounts see both credit sales and then do this debit costs goods solds credit inventory when we sell inventory so we're going to debit in this case the accounts receivable for the sale instead of cash because we sold it on account and it's going to be 250 000 and we're going to credit to the 250 000 and let's post that to the or let's record that to the sales which is our income account sales revenue it has a credit balance so we're going to do the same thing to it make it go up sales revenue pretty much always goes up we're going to post this out then at this time now so we're over here in 0 16 0 16 equals and we're going to point to that 2 500 000 there's that we're going to go to the sales that's going to be a way that's going to be like the third to last account in the dark blue first dark blue last count overall way over here and it's going to be a credit and again we could try to make it small so we can see it in both sides but that's pretty far all right so I can kind of see it there it's pretty small but we're way over here in cell AF 9 that equals this credit way over here in H 19 making this amount go up and we can see that on our trial balance if we make this large again we make this large there it is on our trial balance so now we're back in balance we can see that what happened from this transaction from our sales here's our sales 2 million 5 cost of goods sold 2 million 250 6 4 99 so we have 243 409 from that part of our sales minus the cost of those goods that are sold now next it's good to take a look at the cost of goods manufactured in terms of a formula here in terms like a form so if we're going to figure out the cost of goods that were manufactured and use that then to figure out the cost of goods sold those are going to be very familiar calculations we're going to start off with the direct materials you and I'm going to take this from the working process account so what we're basically doing is we're saying okay here's the working process which includes this working process for the direct materials that were used as was mentioned in the problem then we're going to add to that the direct labor direct labor we're going to do the same thing here so I'm going to say this equals and look at that working process account and figure out the amount that was transferred over for direct labor and it's right there the seventy eighty seven eighty thousand seven hundred and eighty thousand and then of course we have the last piece of the production the overhead that was applied so I'm going to say that equals and scroll over to that amounts again there's the overhead it's the nine thirty six thousand and we have that so we're going to have the total manufacturing if we add those up now so we will of course use the trusty sum function equals the sum and shift nine and add this plus this plus this that's the total manufacturing cost during them we're going to add to that the beginning work in process I'm going to abbreviate what was in there at the beginning of the month and once again I'm just going to say equals and that's basically coming from the general ledger this is what we had in there before we started taking a look at anything and that's going to give us the total working process total cost of work in process that's what we have that we could then allocate equals the sum of I have two equal signs there equals the sum of these two items here and then we're going to subtract from that less ending inventory ending whip and that and again we could think about that it's kind of like a physical count it's going to be a bit more calculated to figure out you know what's left in there which we'll talk about later but they gave us that in this problem to be the 533 so if we go back over here basically we said that it was going to end up to be the 533 and that's how we figured out this number to take it down to so we can think about this in our problem that was like the physical count that we brought it down to therefore the cost of good goods manufactured that's what we're trying to get here it's going to be this number the stuff that was available in working process less the amount that was still in working process at the end that's the amount that was the cost of goods manufactured not to be confused with the cost of goods sold this is the stuff that went out from working process to ending inventory being then available for sale now we can use that number in place of what's usually the purchases number to figure out the cost of goods sold so like if we buy and sell stuff that would we usually buy things and purchases in this case we don't buy things we make things so this number is going to replace the purchases item basically in our cost of goods calculation force a company that produces things versus one that simply buys and sells things so we'll start off with beginning finished goods inventory and that's of course going to equal what's in finished goods at the beginning so we're going to go over here finished goods inventory started off with this 616 so that's what we have in finished goods inventory then we're going to put there usually we would put in a man in a if we bought and sold inventory purchases but we this is where we're going to stick with this number that we just calculated because we don't purchase stuff we make stuff here so that that's how this number ties in to the cost of goods calculation i'm going to go ahead and under that line that that gives us the cost of goods available so i'm going to say that that equals the sum of 616 and the 1 million 816 five that's the cost of goods available less we're going to say the less the ending finished goods inventory and you might be saying again how would we know what that number is and in real life we i mean we could think of it the most simplified way to think about that is we would count it and the problem gave us this number we wanted to end up at this number here and that's how we figured out to do this to it so this was the ending count 176 001 there and that's how we derived the cost of goods sold which would then be equal to this number the cost of goods available minus the less the ending inventory the physical count and there is that number i'm going to go ahead and underline this and there's those two calculations