AV Geeks 16mm Lunch 2-24-23

foreign [Music] foreign [Music] constellations Stars planets [Music] the universe appears to be infinite starting from his tiny dot in one corner of the Milky Way n is beginning his conquest of it [Music] first trial he will one day Walk the Moon we can March exploits even as we realize that chances are slight that man will venture personally Beyond his own solar system it is a long way to the Stars one of the slenderest things on our small planet is spider silk that's why these fine threads are used for crosshairs in delicate Optical instruments to study the stars spider silk is so fine that one pound would circle the Earth [Music] to reach Alpha Centauri the nearest star beyond the sun would require one-half million tons of silk enough to fill a train 150 Freight cars long by the science of astronomy can we leap across this vastness and our eyes and with special scientific instruments analyze the elements and atomic structure of distant Suns the sole source of knowledge of objects beyond our solar system is electromagnetic radiation when the spectroscope was invented we found we could analyze matter by its radiation [Music] Every chemical element creates a unique set of special lines that we can compare with others thus we can deduce that the entire universe is made up of elements similar to some of those we find on Earth see some radiations as colors but despite the fact that we receive almost all our knowledge through our eyes the visible spectrum is a narrow one we might see many new colors if we could see into other wavelengths such as radio waves infrared ultraviolet X-rays and gamma rays and the light invisible to us can tell us much about the mysteries of space already this invisible light has led us to a new understanding of the universe and provided unsuspected puzzles for our solution envelope of air which protects life on Earth also screens out or absorbs the Starlight in this portion of the spectrum and it is these invisible radiations that could one day tell us how stars are born and die and how the universe was created for Earthbound astronomers the challenge is tantalizing telescope 's brief rocket flights have brought us hints of entities we never knew existed and balloon balloon flights have lifted telescopes eight miles into the air to take some of the clearest photographs of the sun ever obtained from Earthbound views like this to this yes it is beyond the air that we must go if we seek a clearer image of the heavens above Distortion that makes the stars twinkle above the blotter of air that absorbs the ultraviolet the x-rays the gamma rays on which much of the study of Starlight depends we need a solid platform hundreds of miles out in space from which to make our studies not a rocket not a balloon but an orbiting astronomical Observatory and that is what has been developed by scientists at The Goddard space flight center where Dr James cooperian headed a group of distinguished astronomers foreign to know the Stars we must capture Starlight light that is cut off forever from human eyes on Earth for this we need special telescopes there are such telescopes and here is Dr Arthur D code who helped design one of them at the University of Wisconsin radiation that comes to us from celestial objects spans the entire electromagnetic spectrum from the long radio waves through the infrared and visible light into the X-ray and gamma ray region the Wisconsin telescopes are designed to observe in the ultraviolet region beyond the range of visibility of the eye space contains not only many old stars like our sun a few billion years old but young blue stars only a few hundred thousand of years of age these young hot Stars give off most of their light in the ultraviolet a region which does not penetrate the Earth's filtering atmosphere the Wisconsin telescopes will be able to see these hot young Stars they will measure the energy distribution and the intensity of light from Young Stars something never before possible from these studies and many more we hope to learn more about how Stars Are Born age and die and how matter is reborn into the universe this telescope was invented in the 17th century by monsieur casagrane medieval but a modern version will Aid man's knowledge of space Dr James cuparian of The Goddard space flight center has with the help of other NASA astronomers devised a new way to use Casa grain's ancient telescope your system has been developed by for ultraviolet radiation of stars in a manner somewhat similar to that of the Wisconsin telescopes the emphasis however is on increased Becca resolution with the Goddard telescope in space we can sample radiations emitted from within our own Galaxy and compare them to emissions from galaxies tens of millions of light years distant it's an exciting prospect with the oao man will go a long way towards solving the mystery of the creation of matter through our new window on the universe we shall search the stars in many ways an early project will be the mapping of the entire Sky by ultraviolet light in charge of making this unique Celestial map as Dr Fred Whipple the new map of the universe which will be very different from these Maps will be made by oscilloscope with four such ground-controlled telescopic cameras we intend to make an all-sky map in four separate ultraviolet colors in addition we plan to catalog more than thirty thousand very hot Stars much brighter than the sun many times more than astronomers have previously recorded in the ultraviolet among other objects an UltraViolet map of the sky will study pockets of interstellar gas and dust clouds some are dark some almost invisible from Earth these vast clouds in space May hold Clues as to how stars are born an oao project developed in the Space Telescope program of Princeton University will investigate these provocative dark areas Dr Donald Morton describes it this telescope can be used for many different kinds of observations but at Princeton we have a particular study in mind not all clouds are as dark as this one in Orion but it is apparent that the space between the stars is not empty but filled with great clouds of dust and gas as Starlight travels towards us the atoms in these clouds absorb part of the spectrum by observing these areas in ultraviolet light with our spectrometer it's possible to deduce the density in chemical composition of the interstellar gas all the telescope packages will be working in the same range of wavelengths but there will be a difference in the sharpness of resolution for example the Smithsonian and Wisconsin telescopes will take the initial broad approach with low resolution studies in bands 500 to 10 angstroms wide The Goddard telescope will examine this same radiation with medium resolution in bands from 10 angstroms down to one and for the Princeton package there remains high resolution down to one twentieth of an angstrom astronomers have long believed that new stars are formed by the condensation of interstellar gas and dust with our oio we hope to determine the density in chemical composition of this tenuous material and then we may be able to better understand the process of star formation this satellite the oao is the biggest and most complex unmanned satellite in the NASA program built by the Grumman aircraft Corporation it is basically a shell into which various kinds of telescopes can be mounted when it has been placed in an orbit 500 Miles beyond the Earth this space Observatory will give us eyes to see into regions until now invisible to men foreign [Music] [Applause] rocket The oao Sheds its protective fairings in space [Music] the oao powers itself through solar panels storing electrical energy derived from sunlight [Music] once in orbit it relies on solar sensors and star trackers to stabilize itself then it opens its eyes to look through a new window in the universe with each succeeding year a new oao will be orbited the first one in space carries telescope packages in both ends from a ground control station men reach into space 500 miles to point the oao toward any part of the sky they wish to study Precision is such that the oao could fix on the Eraser of a pencil 100 miles away observations can be stored by magnetic memory and all information flashed to Earth within seconds recorded as numerical data starlight images can be translated into pictures by the trained scientists the oao will be another significant advance in astronomy since Galileo aimed the first telescope to prove the Earth was not the center of the universe [Music] from the time when prehistoric man wondered at the bright pinpoints in the sky astronomy has developed as a challenge the oao the orbiting astronomical Observatory will extend man's range of vision Across the Universe man on his tiny planet a sand Grain on the shoreline of the Seas of infinity longs to find out what the stars are why they are there how they came to be there vast in the immensities of space that may or may not have a beginning or an end [Music] [Applause] [Music] hello hey hi Skip Alzheimer sorry about I didn't show up after I showed the silent film but I'm on a call um that I'm trying to wrap up anyway so that narrator um did a lot of TV commercials including ones for at T and he also appears in this film uh so watch this I make obscene telephone calls the best call s that no one can resist I have perfected this highly specialized art to the point where if I wanted to I could seduce the president of the United States but I have no political ambitions see the telephone book the story of a girl who falls in love with the world's greatest obscene phone call [Music] streaming it's it's absurd to hear his voice uh in this movie uh it's definitely an awesome thing so let's learn about the molecule of heredity well I finish up this call enjoy it's about the size of the point of a dull pin here's another egg about the same size as the other but this is n't a human egg it's the egg from which a sea urchin develops How does each of these egg cells know what it's supposed to develop into for instance how does the human egg cell know that it's supposed to develop into a human being it knows because the cell contains an elaborate set of directions or specifications for making people not sea urchins these specifications determine what color our hair will be whether we will be male or female to a large extent they determine what we will look like and they determine many thousands of important things about the way we will grow and develop most of these specifications are contained in the nucleus the microscopic Central sphere of the egg cell located in tiny bodies called chromosomes the specifications we call genes I'm now going to ask five questions about these specifications and then tell you what we think the answers might be first how are the specifications transmitted from one generation to another I'm going to illustrate with some mice this mouse has genes in each of his cells that contains specifications that say he will produce Brown pigments this one has specifications that say she will not produce pigments and the lack of pigment leaves her with white fur if these two mice mate together and produce Offspring each will contribute specifications through egg and sperm cells to The Offspring the mother for no pigment the father for brown pigment the sons and daughters will therefore have two sets of specifications concerning the color of their fur now how are the specifications written this mouse has specifications that say in effect I cannot produce pigments this woman is an albino she also has genes carrying specifications that say I cannot produce pigments now we know we don't have words and sentences in ourselves written in the 26 letters of our alphabet but nevertheless the information is there we can write I cannot produce pigment in a simple code using only two symbols dots and dashes to someone who knows the morse code this says I cannot produce pigment the specifications for the development of the fertilized egg cell are written in a code that uses four symbols the code is written in Long spiral staircase-like molecules of a substance called deoxyribonucleic acid it's called DNA for short now this is a model of a molecule of DNA DNA molecules are made of a large number of atoms and are quite complicated but they are made as smaller less complex units and it's the way these smaller units are arranged that determines what the code is saying in each particular piece of DNA let's look at a simplified diagram of a DNA molecule if we were to untwist the spiral the basic shape of a DNA molecule would be somewhat like a ladder the long supports are made up of connected subunits of sugar and phosphates we'll indicate these with the letters s and p the rungs or connecting pieces are two units each and are of four different kinds we can simply label them A T C and G each connecting run of the DNA molecule is made up of two of them and a is always combined in a run with a t and a c is always combined with the G however they can be combined in either direction and the rungs can be arranged in any order now the morse code has two symbols dots and dashes and the order in which they appear indicates what letters a stand for the DNA code is four symbols and the order in which they are strung together is the code that spells out the specifications that tell the egg cell how to develop now of course this quote doesn't form letters and words but it does record information that controls and directs the development of an egg into a fully grown organism located on one of the chromosomes of this albino woman is a piece of DNA that says in some way in its four symbol code I cannot produce pigments it's been estimated that it takes from a thousand to ten thousand of these code units arranged in a particular order to encode such a specification just imagine how many different specifications it takes to determine how you will develop there are some for the color of your hair others for the color of your eyes others for your blood type each of us has perhaps one hundred thousand separate specifications contained in the fertilized egg cell from which we develop collectively these 100 000 specifications add up to a kind of a recipe for us they say how to make us out of the egg cell given time food proper temperature and so forth if we express all this information in English it would fill about a thousand volumes yet all this information is contained in that tiny microscopic sphere that is the nucleus of the fertilized egg cell this fertilized egg cell is the beginning of a human life now let's examine how does it develop into a human being do you know what mitosis is mitosis is the way a cell is divided into two cells is the way new cells are made that's right it's through the process of mitosis that we developed from one fertilized egg cell to an organism with millions of cells here we see a cell divided by the process of mitosis the time is sped up by the camera actually it takes much longer you'll study mitosis in some detail later but what I want you to consider now is what happens to the specifications in the nucleus of the cell when the cell divides what do you think happens do they divide some way too that's absolutely right they do when a cell divides the two new cells contain the same specifications the parent cell contained that means that the specifications that thousand volumes worth of information you remember have been reprinted into every nucleus of every single cell in your body and remember you have millions of them the reprinting of the specifications is directly tied in with the structure of the DNA molecules on which the specifications are coded several kinds of experiments indicate that the reprinting occurs by separation of the molecule into two halves followed by the formation of new partners by each half now there is a complete DNA molecule for the nuclei of each of the two new cells we'll look at that more closely and see exactly what happens when the halves of the DNA molecule separate they separate between the two units of the connecting bonds along the molecule in the cells in which this is happening and it's happening in your cells right now there are many single subunits made from the food we eat when these come into contact with their proper Partners they are held in place and a only joins with a t a c with a G now a complete new molecule is formed identical to the parent molecule the coded specification it carries has been reprinted just as it was because the sequence of the code symbols in the half that came from the old molecule controls exactly the sequence in the new half that is formed this is a molecular model of the J subunit of the DNA molecule it's magnified 100 million times imagine that it's part of one of the haves left after the DNA molecule is divided this is a model of a t subunit imagine that it's free in the cell if it tries to join with a G subunit it won't hold doesn't fit but when at C subunit comes along it fits perfectly from one DNA molecule carrying its coded specification two exactly like the original are formed these go into the two daughter cells that result from the division of the parent cell in terms of molecules this is the basis of all biological reproduction this reprinting of the specifications from cell to cell is done with high Precision there's perhaps only one typographical error that is only one misplaced symbol for each reprinting of the thousands of DNA molecules in a single cell remember the information encoded in these molecules is equivalent to one thousand printed volumes reprinting that information amounts to a typist copying 1000 volumes and making only one significant typographical error [Music] foreign what about the occasional mistakes in DNA specifications mistakes in reprinting like typographical errors or mistakes that occur in other ways we call these mistakes mutations usually mutations give rise to wrong recipes and are harmful for example if there's a mistake in the DNA specifications for a hemoglobin protein the hemoglobin made according to this specification will be defective this is a cell with normal hemoglobin the red pigment molecules of your blood that are necessary for carrying oxygen through the circulatory system this is a cell with defective hemoglobin it's called Sickle Cell hemoglobin because the red cells containing it are distorted often in the shape of a sickle this defective hemoglobin occurs in man when there is a mistake in the DNA instructions for producing hemoglobin such cells come to an untimely end and the bearer of them suffers from sickle cell anemia and often does not live to maturity now I don't want you to think that all mutations are unfavorable as a matter of fact most of them are but you will learn that the entire process of evolution has depended upon favorable mutations we have evolved from one cell creatures of billions of years ago through errors in DNA specifications that have improved the recipe for the organism in which they occurred this is the principle behind the development of hybrid seed and livestock and it's the principle Nature has used in the development of such complex creatures as ourselves able to cope with our environments in a remarkably satisfactory way I hope I've aroused your curiosity about these amazing DNA molecules that carry your biological specifications if you want to learn more about them then there is much more no one yet knows I strongly urge you to First learn as much as possible about the chemistry of simpler molecules such study will be well worthwhile because in a real sense DNA pulls the secret of life itself right probably the not the most scintillating uh speaker [Laughter] um but uh visually interesting and uh someone pointed out that the soundtrack where the the woman's typing it was also been keeping neat and clean which was another great cornet film uh when I heard that I was like oh my ears perked up because we actually used to use that in a sample that we did back in the day uh because it would play that and it would say hard work isn't it um so anyways uh uh so behind me behind me I have a film scanner Blackmagic cintel film scanner and we have a film two films hooked up uh and we'll try to get through at least one of them and uh this first one has water damage and so what I did is I expanded the frame so you can see the full frame and see how beautiful and yet horrible water damage is basically what happens is this was probably part of hurricane [Music] Fran Hurricane Fran which basically hit the house that I was renting with my roommates and what happened was uh we got about a foot of water in the basement and the power went out and the sump pumps weren't working so there was all this water and so what happened is it the Water started seeping into some of the cans so you're going to see problems at the beginning then at some point it should stop and I don't think it will I think that this will be okay uh so anyways here is I believe it's basketball fundamentals with water damage enjoy [Music] thank you foreign [Music] skills are the foundation upon which winning bet s are built practice and drill on win ball games accurate shooting and dribbling begin with the of the hands on the ball the fifth spread but comfortable and the ball from the palms of the hands dribbling is one way the ball may be moved across to avoid losing the ball it will blow and as close to the body as possible the player is in a crouched position his head is up with his own thinking ahead here in slow motion we see how the ball is handled using the fingers and wrist the ball is pushed to the floor it is not slapped successful passing requires speed accuracy and confident ball handling which comes from constant practice in the two-handed push pass the ball is held chest high and delivered with a straightforward pushing movement the ball is released with a strong finger and wrist snap with the palms of the hands pacing the Flight of the ball good follow-through of the hands and arms is important the two-handed bounce pass is also started from the chest but the ball is pushed to the floor as near the opponent's feet as possible the eye should be looking straight ahead and not down at the floor another effective pass is the one-handed bounce pass the ball is carried to passing position with two hands and released with one the short baseball pass is very good for getting the ball to the pivot man the ball is brought up with two hands and released with one notice the strong finger and wrist snap the long baseball pass for distance is given Power by bringing the ball farther back past the shoulder and throwing it with a strong whip of the arm the hook pass can be used to feed an open man when the defensive player guards closely this pass is made by jumping from the floor and hooking the pass while in the air the player takes off on the left foot when passing with the right hand Landing with a broad base a player is ready to move in any direction handling the body is as important as handling the ball quick stopping practice helps to attain good body balance this is the stride stop it is made with the knees and hips fully bent into a Crouch to keep the body balanced the rear turn or reverse pivot is useful when coming up to a defensive man in order to protect the ball or to pass back to another player after the player has turned the ball is held fairly close to the body to prevent losing it a front turn or front pivot can also be used to carry a player away from a defensive threat he stops in a low Crouch makes a crossover and steps away from the defensive man a well-executed change of direction will sometimes lose the defensive man or free the player for a shot or a pass the player pushes off on the foot opposite to the direction he is moving a change of pace is used to lose the defensive man when dribbling dribbling slowly the player pauses just long enough to deceive the defensive man this action is completed with a drive to the basket a change of Direction while dribbling may also lose the defensive man the player fakes with his head and shoulders the player dribbles with the outside hand keeping his body between the ball and the defensive man when receiving a pass the player can use a Head and Shoulder fake to draw the defensive man to one side then the dribble is started in the opposite direction when guarding a man in position to shoot the defensive man has one foot forward one hand moving above the head and the other hand moving at his side he's close enough to the offensive man to keep him from shooting but still in position to move quickly to prevent him from going around if he moves closer to the offensive man the defensive man does not cross-step but slides either forward backward or to either side keeping his knees bent and his body close to the floor the defensive man should at all times be ready to force the offensive man into doing something with the ball when the ball is passed the first move of the defensive man is to release a step or back away from the passer into a basketball stance knees bent and both hands extended has taken it's important for the defensive player to screen out his opponent this is done by use of a pivot screening out prevents the offensive man from getting a rebound on a rebound the defensive man jumps as high as possible to get the ball scoring in basketball is done by field goals and free throws let's look first at the jump shot the player is in a well-balanced position with feet spread comfortably with the knees flexed the arms bring the ball up to shooting position the right hand is under the ball as it's released toward the basket the jump shot is one of the most important offensive Maneuvers in basketball in the hook shot the player starts with his back to the basket the arm is extended as the ball is released with a follow-through of the wrist the ball is hooked toward the basket the hook shot must be developed with both the left and right hands when shooting for the basket in many fast plays the ball is released with one hand the player dribbles in from the side of the basket in order to keep his body between the defensive man and the ball the player shoots with his outside hand when the play carries the man very close to the basket he crosses over and lays the ball back up on the backboard with the opposite hand coming from the left the player dribbles with his left hand crosses over and when almost directly under the basket jumps up and lays the ball on the backboard with his right hand a reverse layup can be executed when the player finds himself too far under the basket on a fast break a player can drive straight down the middle and lay the ball up free throws demand much practice the two-handed free throw May either be executed underhand or overhand the free throw shooter takes his position with both feet at the line or with one foot slightly back whichever is most comfortable he brings the ball down as he bends his knees then swings it easily upward and outward the ball is released face high with a full follow through the one-handed free throw requires that the ball be placed in the most comfortable position for the individual player here the ball rests on the fingers of the left hand the right hand is on the side with the right wrist flexed back slightly the arm and wrist action of free throw shooting is again determined by the individual the ability to score regularly from the free-throw line wins many ball games learning these fundamental skills such as shooting dribbling passing body handling and defensive play will help make winning basketball teams practice to attain these skills will develop fine basketball players [Music] so um yeah so you saw the damage and then also there was this weird problem with the uh stabilization and frame and that is a problem with uh the cintel like basically the letters that go past where the sprockets are are uh problematic oh I got another thing starting uh all right let's go ahead and watch this [Music] foreign [Music] once there was a little boy named Reggie who never seemed to have the time to take very good care of his things and whenever someone came to his house to play there was trouble not big trouble but trouble sure how do you play like when Horace wanted to play with Reggie's new game for all the pieces I don't know so many parts were missing where could they be hiding let's look under the bed frog maybe they'd play with Reggie's fire engine instead Reggie remembered uh he'd stepped on it I like and messy room like this how about uh doing some coloring [Music] has lots of crayons but who could find anything in that mess poor Horus he was getting tired of all this maybe he'd just read that book of Regis he'd liked so much look at it oh yes Reggie had left it outside one day and that night it rained you want to play football yeah could they go out and play football how can we play nowhere in it guess not and when they found the air pump the needle valve was missing and of course Reggie thought he knew where it was but he just couldn't remember [Music] well that's the way it was for the little boy who didn't seem to be able to take very good care of his own things that evening his mother and father came in to say good night they saw his room was a mess and because they wanted to help they started to clean it up perhaps they weren't really helping him by picking up after him all the time if they only knew of a way to help Reggie learn to take care of his things himself [Music] [Laughter] that night during the magic hours unusual things began to happen are they gone yet tiptoe is he asleep are you sure this is not quiet yes I think so he's asleep yes definitely yeah Fred is our friend who should help him we've got a lot already know that we're not happy that we don't like what's going on right right yeah we've got to show Reggie that he has to take care of us we soon as possible has gone too far how can a football live without air always so ashamed of how I look I've I've run down with my broken ladder and I got two flat tires and he never folds us and I don't like having a message he does his own things right right right we won't let him wear US unless he takes care of us we'll streak away from here you know this what's happening but just in case he doesn't somebody should explain everything to Reggie I think it should be the best yes that big old baby I'll do it here goes one two three hey what's going on here wake up sorry veggie but I did that for your own goodies this is your bed speaking on behalf of all your toys and clothes and the other things you own we have something important to tell you you see Reggie we are not happy you don't take care of us if you want to use us anymore Reggie you've got to take care of us goodbye if you don't change your ways it's goodbye goodbye goodbye and goodbye hello and goodbye again I don't want you using us anymore no you can't wait hey see you later goodbye hey the room is crazy it's true we are angry but we're still your things and we'd like you to take care of us you don't think you know how oh you do oh sure you do come on pick us up put us away take care of us wait and then we'll let you use us okay goodbye all right okay let's get started anyway we'll do this is our everywhere we've all been talking about it we'll even help you if you promise not to tell take care of this right and we'll be glad to let you use us always that's a good idea veggie you know where we go would you put us away please sure thank you you're welcome hey Reggie you're doing fine you want to put us away too [Music] hey thanks a lot come on pick me up [Music] see it's not so hard is it Reggie and we all appreciate it I wanna be put away too Phoenix oh that's the ideology keep it up hey Reggie's doing a Dandy Jolly fellas how about putting me away already my pieces are scattered all over the floor [Music] already around here isn't it it most certainly is [Music] well that's the last one thanks for putting all my pieces back inside my box Reggie I appreciate that thanks for helping me you'd better put me away or I'll send it on you you stinker wait a minute [Music] I wonder if radio put those away [Music] I didn't even notice I cleaned my room well Reggie what are you going to do about those clothes I think he's going to put us away oh yes that's a good little boy oh you're sorry about the fire engine aren't you Reggie we know you are and if you try to fix my ladder I'll really be happy yes Siri or will we make me happy it'll fill me up with joy oh Reggie look how happy you've made us all [Music] what's he cutting out scissors red Jack what part I don't know he's putting a big red suck up on his bulletin board so he'll always remember to check his room pretty neat huh spots little boy glad you're ready always check the things in your room and your things will always be happy I'm so happy I'm going to help you this morning you're ready [Music] and just wait until your parents see your room oh but we mustn't tell them how we got your room so clean and you keep it a secret I don't know the rest of us are good at keeping secrets aren't we gay [Music] the room is clean fantastic what happened [Music] foreign [Music] [Music] thank you [Music] um yes I was all discombobulated at all all during this lunchtime streaming show but I hope that that film made it okay uh it was whacked out again it was one of those films that the 50s version of it is very sedate um and this one just goes crazy becomes Supernatural um and that's I think my theory was the fact that kids were already in dated with so much media because of television in movies mostly television that they felt like they had to up their game to capture a kid's attention and this was obviously one way to do that if it created something provocative and interesting uh wow uh thanks for tuning in today I hope you guys have a great weekend I'm gonna try again the assembly line sleep machine with some new clips and new new sounds and we'll start it running maybe this evening and let it run until Sunday night or Monday morning I don't know we'll see and it's a way I'm trying to create a soothing environment of watching assembly line and Manufacturing footage maybe a little on the creepy side I'm trying to make it less creepy and more soothing but if you like what you saw hit those thumbs up buttons hit the notification button hit the like uh you can also hit the super thanks button if you're on YouTube and you can also donate via patreon.com avgeeks or KO Dash fi.com coffee.com those are ways to support us you can also watch other AV Geeks things on the YouTube channel and we they'll show you an ad which will put a penny in a jar for us actually it's a little bit more than that but uh it's it's a way to support what we do and uh I think I'm going to take all of my employees out to lunch because it's nice outside uh and uh you guys have a great weekend I very much appreciate your attention your eyeballs your comments and we will see you on Monday take care