This person is throwing objects into the air. Once he releases them, they're subject to the gravitational pull of the earth. Is this projectile motion? Is it the same projectile motion that we studied earlier in the class? And if so, what's the same about it? What's different? This is the motion of an extended object, no longer a simple point moving through space. But is there simplicity in this motion? And if there is, how can we apply these ideas to even more cosmic extended bodies? Consider a pair of black holes, the corpses of once very massive, bright-burning stars now orbiting each other in a death spiral. Can we understand this massive extended system using ideas we can develop in this class? Let's explore the physics of extended bodies. Let's begin to try to build an understanding of how one will handle extended physical bodies or systems of particles that together can be considered one thing in the context of the principles and laws of physics that we have explored so far in the course. The key ideas that we're going to explore in this section of the course are as follows. We're going to learn to transition, at least a little bit, from describing material objects in a very simplistic way to a bit more of a complex prescription. I would hesitate to say a far more complex prescription, but certainly we will begin to see how to go from single dots or particles representing complex systems to other things that still represent complex systems but allow for what will be evolving complexity to be considered. We will describe bodies by using a specific concept known as the center of mass concept. This will give us not only mathematical tools, but a real vocabulary for handling these kinds of systems. And we will consider other means to describe many component systems with an emphasis, of course, on Newton's laws and specifically the second law of motion to see how that law applied to the center of mass of a system of particles or an extended body will give us some insights into the kinds of collective if complicated motions that can occur. Let's begin by revisiting something we did at the very beginning of the course and that was to attempt to describe objects as simply as possible. So way back in the first lecture on motion in one dimension I noted that the world in reality is full of complicated large objects. The typical object like a human body or something like a planet for instance contains something at the level of Avogadro's number worth of atoms. I mean obviously planets are bigger than human bodies and trees probably have more atoms than say a rock, but nonetheless roughly speaking within a couple of orders of magnitude maybe even one order of magnitude so one power of 10. Things typically contain about Avogadro's number worth of atoms at the scale of human sized objects. And to describe things like that baseballs, basketballs, people jumping, all kinds of situations that are in reality quite complicated we have been making approximations. These are meant to be at least reasonable representations of the natural world intended to capture the essentials of the situation if imperfectly. So the example I started with way back in the motion on one dimension was the idea of a light rail train. A light rail train is obviously a very complicated things. It's got wheels that roll, it's got electrical systems, it's got transparent parts to it like windows, it's got opaque parts to it like walls and doors. This whole body can move along a rail system, it's quite massive, it's got a lot of atoms in it. And if I had to describe the motion of something this complicated by considering every single atom I would be unable to solve any problem. But the good news is is that we've seen, both by doing experiments and by doing calculations, that it's possible to approximate these large extended objects by considering as if all of their matter was compressed to a single point and then moved through space. So the reason we get away with this is because we've observed things like in a properly working train, one where all the pieces are actually coherently tied together by chemical bonds for instance, even though it's big and extended, when it moves along a rail all its atoms move in the same direction at once. So we don't need to describe every point. If we pick one point on the train and we call that point the representative point and we then concentrate all the mass of the train at that point and then consider its motions, we can then infer what everything else in the train is going to do. If an atom on the nose of the train moves one meter forward and the whole train is rigid, it's not coming apart at the seams, then an atom on the door in the second car will also move one meter forward. By picking one point that does what the gross body of the object does, I can then sort of say something about what all the atoms, all the points in the body do. So instead of drawing the entire train and trying to describe its motion, we picked a single point, for instance near the center of the train and the center will become better motivated today and we imagine that all of it is then described by that one point. So we reduced something large and complicated like this light rail train to something simple like this green dot with its mass M set to that of the whole train. Now this might work a lot and perhaps even quite well for things like linear motion, even motion in two dimensions, three dimensions, and motion along reasonable paths with a limited range of forces that don't tear the object apart or for instance cause the train to rotate wildly in a direction it wasn't moving, but obviously that's not going to work forever. There are plenty of examples of situations where the motion is complicated enough that you can't just get away with picking any random point on this thing and saying this one random point represents the gross motion of the whole body. Now to really emphasize this, we have been exploring forces and forces have points of application. So for instance, I can do a very simple example where I hold a meter stick balanced on my finger, for instance. In this case gravity is indeed attempting to pull the meter stick down, but it's pulling just as much material down on the left side of my finger as it is on the right and so the meter stick remains relatively well balanced there. It doesn't fall to the right, it doesn't fall to the left. No one side favors the other, but if I slide my finger someplace else so that the normal force exerted by my finger is now no longer at the center of the meter stick, but rather off-center of the meter stick and I let the meter stick go, gravity pulls unevenly on it. It's pulling on more atoms to the left of my finger now to the right and the normal force on my finger does not represent a location where the force of my finger is applied in such a way to grossly resist the pull of gravity. The meter stick will rotate and fall. So we can already see that because we can consider things like forces that can be applied in one place but not other places, we have to think about what it means to have an extended physical body or a system of particles bound together or not, as we'll see. And of course such applications have real physical consequence to the world around us. The world around us is in fact complicated and made of complicated and extended distributions of matter. So it's time we leave the comfort of picking any random point and start thinking a bit more carefully about what the right place to pick on say a train would be or on a meter stick or on a juggling pin or baton or something like that even on a ballet dancer or a basketball player leaping through the air. We need to think about what point we're going to choose that does in fact represent the sort of large-scale things that then happen to that body independent of all the details of the motion of its parts. So in order to do this we have to concentrate on a very specific point which is known as the center of mass. So this concept of representing a rigid body, a rigid body being one whose shape is not changed during motion or by the application of a force, you consider the following meter stick, even though it moved in a complicated way when it was no longer balanced half and half around the center by my finger, nonetheless the meter stick didn't rip itself apart it didn't have carbon atoms being pulled off as it fell. It maintains its shape even as it executes some complicated motion that's a rigid body. On the other hand we could also have something like a system of particles. A system of particles might be bound together by some force, glue for instance or some chemical bond of any kind or they may simply be a bunch of particles that we're describing that are all moving and they're all in the picture together.  Nonetheless we can still understand the gross behaviors of that larger system of pool balls or particles in this case. So it's not a wholly bad idea it turns out to use a single point to describe these things. We just have to pick the point wisely. We haven't been doing that up till now. Maybe you've been doing it with some intuition about where you think the right point on the body is but we're going to find that point today. So let's consider some extended system that's undergoing a complex motion. So the question of course that we're trying to answer here is can one point on the body be used to represent all of its gross motion. Is there a point on an object for instance that when we toss that object into the air even if it's whirling around spinning tumbling as it flies is there a point on that body whose motion can simply be described by very simple equations of motion without having to worry about the fact that this thing is now rotating in addition to moving in a so-called translational motion the whole of the body moving from one point in space to another to another to another even while the body executes some complicated motion of its parts. And it turns out that the answer is that yes there is such a point and this point is known as the center of mass. The center of mass is that point that can be used to track the motion of a rigid and extended body and its motion can be described as if all the body's mass were concentrated there at a single point. So for instance if you can find the center of mass of a basketball player and track the motion of that player's center of mass even while they jump into the air for instance to dunk a basketball in the hoop you will observe that the center of mass of their body while they stretch their limbs pull their legs up extend their neck in the in the arc of the jump as they prepare to put the ball into the hoop. Nonetheless despite the fact that all those internal parts are moving in complicated ways they are all bounded together by chemical bonds and the center of mass will simply move on a parabola just as if this basketball player were a little ball that had been thrown into the air the concentrating all the mass of a player at their center of mass and considering the motion of the player through space by picking just the center of mass will give you a large scale understanding of what that body is going to do even while all its parts are in motion. So let's pick a simple extended system a so-called two-body system with just two masses M1 and M2. Let's place them in this simplistic example along a single axis and I've drawn here M1 on the left and M2 on the right laying along a horizontal or x-axis. The question we would like to know the mathematical answer to is what is the center of mass where is this point located? I'm going to start with the example that the masses in question M1 and M2 are the same so for instance M1 might be one kilogram and M2 would then be one kilogram so they have the same mass and the physical location of the center of mass in this one-dimensional example is simply given by weighting each of these particles coordinates so x1 for M1 and x2 for M2 by those masses and adding these weighted coordinates together the sum of the weighted coordinates where the weights are determined by these masses gives you the location of the center of mass so you can already get a sense that if one of these masses were in fact bigger than the other it would have more weight in the sum and that weight would make its coordinate a bigger part of the center of mass at the end. We'll see this in a moment. The exact formula for the center of mass is given down here in this simple two body example the x coordinate of the center of mass is given by the weighted sum of x1 and x2 the x coordinates of the two masses. What are the weights? The weights are simply the mass of the object under consideration object one in this case so M1 divided by the total mass in the system in this case M1 plus M2 so this is the weight M1 divided by the sum of M1 and M2 we would then add to that weighted coordinate the weighted second coordinate M2 over the sum of M1 and M2 that weight times x2 so you can see here the weights now there are a few ways we can write this we note that these two equations these two bits of the equations have common denominators and so we can group the numerators together and then have a common denominator in the base of the fraction so for instance we could rewrite this as M1x1 plus M2x2 divided by the common denominator M where M is the sum of M1 and M2 the total mass of the system is denoted by this large capital M so in the case where M1 and M2 are the same number x1 and x2 get added together with equal weight and when you do this you find out that the center of mass lies exactly halfway between M1 and M2 go ahead and try this out on your own make up a coordinate location for M1 make up a coordinate location for M2 set M1 and M2 to be the same masses work out the x location of the center of mass no matter what you pick for x1 and x2 as long as M1 and M2 are equal the x coordinate of the center of mass will always lie halfway between the two masses and in fact the way I drew this graphic was by encoding this formula into the creation of my slides and setting the condition that M1 and M2 were the same the computer automatically calculated the location of this green dot that represents the center of mass and lies exactly halfway between M1 and M2 but let's consider a slightly different case where in fact M2 is bigger than M1 intuitively now we would expect that M2 being a bigger part of the weighted sum of coordinates M2 over the total mass will be a bigger fraction than M1 over the total mass x2 is going to play a bigger role in the location of the center of mass than x1 so this is intuitive if you think about this two particle representation here as standing in for something like a bowling pin a bowling pin has a wide end and it has a narrow end and so you would expect the center of mass to be somewhere closer to the wide end than to the narrow end as a result of this this kind of has a bowling pin shape to it so this simple two particle system could stand in for something that has an uneven distribution of mass in the physical shape something shaped like a for instance a bowling pin in this specific example I have made it so that M2 is double M1 that is to say M1 whatever its value is is half the value of M2 so if M2 is two kilograms and M1 is the original one kilogram mass that we gave it we see that this equation is true M1 is in fact one half of two so we have our intuition M2 contributes more so as a result of that you'd expect the center of mass to be pulled away from the center and closer to M2 and you can plug numbers into these equations and verify that and if you do all this you will find that now the center of mass which when the masses were equal lay half way between the location of M1 and M2 now lies much closer to M2 and in fact as I said before I generated these slides using a implementation of the center of mass calculation in the drawing program and so this in fact represents an accurate location in space given the condition that M2 is double M1 of where the center of mass should be now that's just two masses but this application being can be extended up to as many masses as you like so let's represent the total number of masses by some unknown number n where n is greater than 2 so this could be n equals 3 in which case we have M1 M2 and M3 or n could be Avogadro's number now that's a little insane because doing that by hand is impossible in one human lifetime but the point is that this prescription can be extended up to really any value of n particles in one dimension if we put all the particles on a single line and then we want to find the location of the center of mass on that line the prescription is just as it was for two particles we wait x1 by M1 over the total mass we wait x2 by M2 over the total mass etc all the way up to waiting xn by its mass divided by the total mass this long sum can be represented in a more compact notation using the summation notation of mathematics the sum from an index i whose value is ranged from 1 to n is given by mi over m the weight times xi now again m is itself a sum m is the sum of all the little masses at all their little points so m is the sum also for this index i equals 1 to n so the same number of terms in the sum but this time just of the masses mi now keep in mind that there is a special case if all these little mass pieces are exactly the same and if they are all uniformly distributed along say a line that is equally spaced from one another the distance from x1 to x2 is the same as the distance from x2 to x3 is the same as the distance from xn minus 1 to xn all those displacements between the masses are the same then in that very special case you will find that the center of masses location along this one dimensional axis x is simply one half times the sum of the first coordinate plus the last coordinate the earliest coordinate to the latest coordinate so if we organize this sum from smallest value of x to largest value of x then this is the smallest coordinate and this is the largest coordinate in other words it's halfway along the length of the object if you want to think about just I have an object of a certain length call it capital L I know that the center of mass is at one half L one half the length wherever that is in space that's the point that represents the center of mass that's why it would make it in this case a literal center but this is a special case if the mass bits are all the same but they're unevenly distributed in space more of them clump over on the right side of the object than the left again kind of like a bowling pin there's more mass clumping over on one end than on the other then the center of mass won't actually be in the physical center along the length of the object it'll be located closer to where more of the mass is clumped now we don't have to limit ourselves to one dimension we can do this in three dimensions and the good news is is that all this does is multiply your problem by a factor of three now you have to locate the coordinate in the horizontal axis using the technique I just outlined but you can repeat this for the y coordinates and the z coordinates of all those little bits of matter m1 m2 etc it just grows by a factor of three not a big deal so if you have three particles and you have to locate the the the center of mass in in two dimensions you have to do one sum for x and one sum for y and you're done you have the x and y coordinate of the center of mass in three dimensions you also need to repeat that for z so for a body made for many pieces I mean even like a hundred pieces actually even ten pieces these sums are possible to calculate by hand but I wouldn't recommend it of course everything is more efficiently calculated by using repetitive so-called looping techniques within a computational system so for instance using a language like Python or C++ or Java heck even JavaScript in a web browser you could write up a very quick calculation for the center of mass for n particles where maybe n is only a few hundred thousands or a few millions or so and just do this using a computer much better use of your time right a short program that'll maybe take you an hour but it will save you human years of actual on paper calculation work so that's totally worth it computers are intended to do repetitive tasks like this to help you save time why waste that resource now even computers have their limitations so for instance if we have a truly continuous distribution of matter and we're talking about matter matter made from atoms where there's avagadro's number of atoms you really don't have enough computer time to do avagadro's numbers worth of terms and a sum in a computer so it's much better at that point to bust out calculus and instead model the system of being made from a large value and going to infinity avagadro's numbers pretty big so we can approximate that by infinity but where each of those pieces of matter is nearly infinitesimal in mass itself so for instance and we'll go to infinity m will be replaced by dm which means a tiny bit of mass and that is being sent down to zero in size and of course in that case this is beginning to sound a lot like a sum and the limit of the pieces going to zero size while the number of pieces goes to infinity that sounds a lot like an integral and in fact it is an integral and the way we relate position and mass is through the density of the material density tells us the mass per unit something length area or volume so we have the linear density the area density and the volume density regardless of which one you have you can use that to relate position and mass to each other that's what the job of the density function does is it relates position or location in space or volume or area to mass so for instance let's consider a simple one-dimensional example of this where we're given what's known as the linear mass density this is often denoted by the symbol lambda it's a Greek letter lowercase lambda and that's shown here lambda could be a function of x it could be that there's more mass at small values of position than at large values of position so the linear mass density sort of mass per unit length is changing as a function of length the average linear mass density would be the whole mass divided by the whole length but lambda itself could be a function of x now l is the length of the object and m is its total mass so in this case our sum goes from being a sum to being an integral the location for instance in x of the center of mass is the integral over all the little bits of mass dm of this function x over m now it's typical in a class like this and in general fairly early in physics and engineering to tend to deal with objects of so-called uniform density so for instance in one dimension what that means is that lambda is a constant the amount of matter per unit length is not changing regardless of how much length you look at if I look at the mass in one atom in that material and I divide by the length of that atom I'll get a certain value for lambda if I instead take the whole length of the material like a meter of it and I take the mass of that material and I divide by that length I'll get the same value of lambda that is lambda is a constant independent of the size scale that you're looking at and in that case the density of any piece is the same as the density of the whole and I'm writing this out explicitly now giving you an example lambda would be defined as mass over length so the whole mass divided by the whole length but that in this case is exactly equal to any little piece of the mass divided by any little piece of the length that it occupies dm over dx so this allows us to write a relationship between little bits of mass and little bits of coordinate space dm is equal to lambda dx and you get that just by rearranging the left side of this equation and the right side of this equation and in that case we can do some substituting so for instance now our integral for the center of mass of x over m dm becomes x over m lambda dx we've substituted for dm here lambda is a constant m is a constant and so we can pull that ratio lambda over m out in front of the whole integral and then we just have to worry about integrating x dx and then you'll notice that lambda divided by m which you can get from over here lambda divided by m is just equal to 1 over l so we can rewrite this one more time is 1 over the length times the integral of x dx and so this is how you can exercise the integral calculus concept when handling extremely large numbers of particles all comprising an extended body of say some length l with some mass big m in the context of the center of mass we can revisit Newton's second law but now thinking about multi particle systems systems where there really are more than one piece that are all moving they may be all moving together as one they might be a rigid body or they may just be a loosely affiliated system of particles that we wish to describe sort of grossly so we now have a language and a methodology for pinpointing the place in a multi body system and or an extended rigid body that represents the the bulk positional information about the system where is the mass concentrating as if it were a single particle and so with that in mind we can revisit Newton's second law which relates the forces acting on a body to the acceleration of the body and specifically we can think about how a force acting on such a body or many forces added together for instance gravity acting on a falling juggling club can be converted into overall effects like the acceleration of specifically the center of mass and so what will be true is that the sum of all the external forces acting on this body of mass m will yield an acceleration of the center of mass that's completely consistent with Newton's second law note that I emphasize the word external here all these forces that I'm adding together to get f vector net they are only forces external to the body so for instance internal forces anything that holds the particles together or was present in the system at the beginning but which can be converted into say other forms of motion and I'll come to an example of that in a moment are not included here their internal to the system they may cause the parts of the system to change their orientation but it doesn't affect what the center of mass is going to do under the influence of external forces the m here is defined as before it's the sum of all the little bits of mass that make up this extended body that's the total mass of the body and this a vector co m is the acceleration of specifically the center of mass point of the system so we can think about this a bit more deeply by considering some very interesting examples of the motion of the center of mass of a complex system so one example that comes up immediately and I I've shown a movie of this before and I mentioned it earlier in this lecture is a game of pool or billiards so depending on kind of where you're from you might have seen a variation in this game before you have a special ball the cue ball you're allowed to strike that ball to hit other balls on the table which is sort of the game board for this whole game you can never directly strike any other ball on the table but then you can use the cue ball to try to achieve your aim which is usually to get the other balls into pockets in the table so consider a game of pool where we initially get the cue ball moving by applying an external force to it we strike it with a cue so this is a stick that we use to hit the cue ball once we're done striking the cue ball it's now free to move and in principle if we ignore friction and drag then it's got no external forces now acting on it but it can strike other balls on the table and cause them to move by giving up some of its kinetic energy to provide kinetic energy for the other balls on the table so what we're going to see now though from this f net equals m a center of mass equation so Newton's second law but now for net forces acting on a system of objects the pool balls in this case is that once once the cue ball is moving and it has no more external forces acting on it it means that for this whole system of pool balls all of them including the the cue ball there are no more external forces acting no one's striking physically any of those pool balls on the table so it must be true that the net force on all of these is zero and so from that from Newton's second law we would conclude that there are no accelerations of the center of mass of this system of pool balls that is to say that the center of mass the system will now simply continue to move at constant speed with unchanging direction so despite the fact that the the cue ball strikes a whole bunch of other balls and transfers kinetic energy to them and then they all fly off in various directions the center of mass of this system will always at all points during the motion no matter how complex internally of the system move at constant velocity with unchanging direction now of course in reality friction and drag will slow the pool balls down and some of the pool balls will strike the walls of the pool table and that will begin to alter their direction of motion the pool table itself will offer external forces that can change this but after that initial contact between the cue ball and all the other balls on the table the center of mass of all of the pool balls will continue to move along a predictable trajectory even though the balls themselves have seemingly very complicated motions related to this is the concept of an explosion so for instance it's possible to create objects that store chemical energy that's internal energy I can make for instance fireworks these are explosive shells that can be launched into the air and then they blow up okay so they can have a fuse that times the explosion or they can be triggered externally but the idea is that they have this stored chemical energy and then they can release it and when they do this they blow apart the shell that the chemical was stored in and of course fireworks are quite pretty explosives are less pretty because they're usually intended to hurt other people but they're both examples of objects that store chemical energy with the intention of turning it into kinetic energy of all the parts of the thing later on now if the container itself is moving again launching fire a firework rocket up into the air we will learn from this that although that once rigid object may be blown into many pieces that chemical energy is internal energy and so thinking about fireworks for a second when you fire a fireworks shell up into the sky it's essentially once launched in projectile motion gravity is trying to accelerate it down toward the surface of the earth and it will follow a parabolic trajectory and when it blows up although it will scatter its pieces into many directions in the sky because there are no external net forces acting on this besides gravity the center of mass will merely continue to accelerate as if under the influence of gravity at a single point so the center of mass of a firework for instance even once exploded will continue to accelerate along a parabolic trajectory the same trajectory that the original firework shell was traveling along before it exploded this information is extremely crucial to understanding complex systems of motion and and figuring out grossly what's going to happen so this is why for instance it's possible to do forensic analysis of the breakup of say a plane or a rocket that has an accident in the sky if we know the original trajectory of that object before it broke up and we know that once it loses control that the only force acting on it is something like gravity drag because air is a real force in reality we can use a computer simulation knowing that the object was rigid at the beginning but then blew apart and that was in free you know free to fall basically under the influence of drag and gravity but no other forces we can track down to the ground along x along the the ground where the parts of that now exploded rocket or aircraft should be found so this is an essential ingredient in artillery calculations if you work in the military and you're tasked with directing arms at an enemy arms that explode in midair nonetheless this gives you the ability to predict the trajectory even of the pieces on the ground now that's a bit scary that's not something that I like to think about rather I like to think about the good that one can do in the case of say an airline tragedy or the re-entry of a spacecraft from outer space that's carrying astronauts but that suffers some catastrophic accident and breaks up in the atmosphere this gives us as humans the ability to do some good to find the wreckage to figure out where the largest pieces should go because the largest pieces should track closer to the center of mass of the object using the reasoning from before so you see that this concept although we still haven't really dealt with the full complexity of a system the center of mass gives us the ability to say okay I know at least where the center of mass of the system should have gone and I know for instance that the largest pieces will be closer to the center of mass usually than the smallest pieces so this allows me to find maybe specific parts of a craft after it breaks up or certainly at least to find the center of the collision on the ground where the all the pieces should have landed in a scatter pattern around that location that gives search team search crews the ability to focus where they're going to search for debris in order to analyze the wreckage and figure out what happened to do some detective work on the accident itself so you can see that this concept is all kinds of applications in the real world and although we still are dealing with a complicated system we have an anchor point for the system that can be used to then extend our knowledge of the overall behavior of the system thinking from the center of mass out to the pieces let's review the key ideas that we have seen in this section of the course we've seen how to begin to transition from describing material objects in an overly simplistic way to a more complex prescription but nonetheless we're doing so by collapsing these bodies to a well-defined point the center of mass and then we have been looking at how the center of mass perhaps under a revisited Newton's second law gives us the ability to describe grossly the behavior of a many component system at least allowing us to figure out where the center of mass of the system would be going under Newton's second law so that we can then expand outward and figure out where all the pieces of the system may have landed in relation to the center of mass so we have begun a small step into more complex systems I've given you a taste of where computation can play a role in all of this taking large sums of masses and coordinates to find center of masses and I've given you a sense of how calculus can be used to handle the most complicated situations where it's just not possible to physically do the addition of all the weighted coordinates to get the center of mass you've got to use density information the relationship between mass and space in order to figure out something about the center of mass of a very large number of pieces complex object so this is just a taste of complexity you can see how this can scale more now from this point but we will begin to use these ideas to explore another fundamental concept the last major concept that we're going to encounter in this course and that is momentum


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Okay, so I just called 9-1-1 and I just literally just screamed, I have a ball. Um, I just wanted to let you know that put in a request so you can be able to get updates on the progress of my discharge. You won't listen to anything I say to say. I do listen to you, you just don't want to listen to me. I broke a gas station window with a rock. Okay, so someone called the police on me. I got trespassed from the hotel Glenwood Springs, permanently trespassed.


Hi, everybody. Bob Lorenz along with Ian Joy. Time to bring a little more joy to the world. I think that's where we're going with this, Ian. Are you on board with that? Joy to the world is certainly what is needed right now, Bob. It is a moment where people are sitting at home, they're looking for content, and what's more than Bob and Ian. That's it. And we're able to spread that joy, by the way. Practicing social distancing, which we keep needing to do during this coronavirus. You're in Southern California. I'm over in the Connecticut area, and the things are going great. This is a great way to spread a little joy and bring joy to the world, even if we have to do it this way, right? It's very important, I think, having that social distancing, and this is the ultimate social distancing being across the country from you, Bob. I like to be next to you in your office, eating your candy. However, in moments like these, it's about taking care, making sure you look after your family, making sure you're looking after your loved ones, washing your hands properly. Taking all precautions so that this virus does not spread easily. Do your role. Be a soldier. For once in your life, if you've never been a soldier, listen and learn. Take care, take all precautions, and make sure that you're doing the right thing to protect your environment. You know what, Ian? I've said this to people. I'm like, you know what it is? It's if you remember, maybe you haven't been part of it, maybe you're my age, and you haven't been part of a team, so to speak, in a while, a sports team. It's like being a good teammate, basically, one through 25 if you're on the Yankees, or one through on their 40-man roster, right? You're being a teammate by practicing all these things, so you can get back on the field. Yeah, you know what, that's a great way to put it, because it's not always easy for people to take information where there is a lot demanded from them, because some people are bosses, some people have never been in that team environment, so when all of a sudden, all the way down from the president, is telling you to do something, and you have to follow orders, it's not always easy for people, but this is the most important order you will ever have to fulfill in your life right now. And our generation, Bob, never in a million years would have thought we would have had to have lived through an experience like this. But taking everything on board and making the right decisions is so vitally important, not only for your children, but all the way up to your grandparents. Very, very important. All right, so I do want you to know, take a look at this, sometimes you've got to wear a ball cap with what we're doing. A little represent for Ian right there with the California Travis Matthew hat. That's why I wore it, because of you. You are looking good, my man. So let's get this thing rocked. Just give me a taste of what your day's like. Well, I think when this first hit, Bob, it was a harsh reality. Getting flight back to California to be with my family was the first and foremost most important thing. It was in New York at the time. I was preparing for a couple of events. And all of a sudden it gets shut down. So you immediately go into sort of a panic mode and you try to get on the next flight home or you try to get the cab home or wherever it is to be with your loved one so that you can take care of them. So that was my immediate reaction. And since I've been home, it's all about getting things set up. I got my wife out to the stores very early. Before the lockdown was in place, make sure you get and double up on absolutely everything we need that's necessary in our house. Obviously toilet paper was one of them. That seems to have been the fight right now recently in the stores. But yeah, those were the most important things. But for me personally, trying to keep myself active. And I mentioned this yesterday when we were talking, Bob, the mental health side of things. And for me, it's so important because I am wired. I have a lot of energy. So I have to keep myself active. So I'm keeping myself in a routine. I'm getting up first thing in the morning. I'm going for a workout even if it's in my garage or in my living room, no matter what, there's some great classes out there, great content where you can follow suit. And then having a good breakfast, healthy foods and spending quality time with the loved ones. Reading a book, listening to some music, watching movies, doing some awesome content with you, Bob. It's a great feeling. And sometimes I'm getting the opportunity to catch up on things that I never had a chance to previously. Hey, so you mentioned entertainment and things you're doing. I like to keep doing this. I think we'll do this as long as you and I are doing this, is make suggestions. And my wife and I, I think it's five or six episodes last night on Netflix. There's a show executive produced by actually Octavia Spencer. She's in it. Yeah. LeBron James, Maverick Carter, that whole group. It's called Self Made. And it's the story of Madame C.J. Walker back in the early 1900s and how she became this beauty products mogul. And then it's got, it's set in the early 1900s, it's got a little mock, kind of a modern vibe to it. Yeah. Really good. I mean, we're not bingers per se, because we don't just sit there and, you know, wait, all of a sudden we're like, it's four in the morning. What have we been doing? But this was like five or six episodes and it is worth the watch. So maybe give that a try. What about you? Yeah. I mean, obviously Netflix and all the, the interesting things you can find online. Now you watch a lot of YouTube recently. I think when you're watching too much news, you can sort of get carried away with the situation. You put yourself into a panic mode because there's so much information coming out right now. It's so vitally important to make sure that I believe that people are watching Netflix and they're switching on Disney plus or they're switching on sports that they can find old games, old material, old commentary, things like that where you're watching even old baseball game. That's a historic game that was one of your favourites in past time. Try to find that. I've been doing the same with soccer and watching some old classic basketball games. So sports of course is our lives. So it's natural we always have a tendency to lean towards watching sports. But I actually, for the first time in a long time, I picked up a couple of books and I've been doing a good job sitting, reading a book. So I've been reading a book or I've actually just finished it now. It's called the billion dollar whale. And it's about this dude who was a billionaire, but a fraudster. He basically created a company that was doing absolutely nothing and managed to convince massive investors all the way through from New York to Dubai to invest their huge money with them. Pension funds from Malaysia. Bob, this book was absolutely awesome. And believe it or not, you know the Wolf of Wall Street movie? Yes. He financed the Wolf of Wall Street movie. Oh, wow. Yeah, I've heard about this guy. You've got to read this book. If you're a reader and you want to read something interesting because it's about parties and crazy champagne parties with Paris Hilton and things like that. It's pretty awesome. The book is great. So if there's a good book you want to read, definitely go out and check out the billion dollar whale. Let me throw a couple into the hopper. I'm reading one now and I just finished one. I've finished the Bob Iger autobiography. Yeah. Really good. I mean, tremendous book about really what you find is probably the reason he's lasted that long in that job is the way he treats people and the way he handles them and doesn't micromanage them. Really interesting. But there's some great stories in there about how the relationship under Michael Eiser had gotten fractured with Steve Jobs and Pixar and how Iger, once he became CEO, just kind of, he wasn't thinking that way originally, but how he kind of brought it back and got back together with Jobs. And then one day he called him up and said, hey, what do you think about us by Pixar? He's like, you know, let me think about it. It was like, whoa. And that all happened. So a lot of great stories like that. And then the one I'm reading about transitioning to music a little bit is I grew up in Southern California, as you know, and that was the era we had it from our town in Covina. We had a motley crew. Tommy Lee or Tommy Bass at the time went to my high school. Vince Neil was there as well. And then they became motley crew. They used to play backyard bands or backyard concerts as US 101. And then they all got together and became motley crew and they became what they became. But Van Halen, that's the book that I'm reading. By the way, Motley Crew, The Dirt is a very interesting book as well. But the Van Halen book right now is tremendous. It's an autobiography of them. They grew up kind of in the Pasadena area. Yeah. And just the way they started and how originally they did not want David Lee Roth in the band because he didn't fit at the time. But once they got Michael Anthony, their bassist, it kind of all came together. And I'm right at the point of the book where they're about to take off. So really, really interesting stuff. I love reading biographies, autobiographies. And of course, I love to read a lot of sports biographies. But musicians in particular, you know, I've been in Los Angeles for five years now. And this is my last year in Los Angeles before I make the move to the East Coast. But being in Los Angeles has been pretty cool because there's a great music scene here. And the generation right now is just taking it to the next level. So I've become familiar and friends with a lot of musicians here and it's been awesome to mix with them. Mixing with athletes is pretty cool. But there's certainly an arrogance to half of the athletes you come across there. And there certainly is an arrogance about 75% of the actors or actresses that you meet out there. But musicians are so freaking cool, man. They are so awesome to hang out with. They just want to have fun. They party all night, of course. I'm not recommending that, but it's a great thing whenever you get the chance to. They're just a buzz to be around. And that positivity, I love feeding off it from musicians. So whenever I get a chance to read a good book about old school musicians, I've obviously read Paul McCartney's book and it's phenomenal. Reading about the Beatles and what happened back in the day. It's next level stuff. But yeah, it's been great to spend some time just watching movies, catching up with series, being able to read a good book. Obviously I got three kids, so my time has fulfilled quite a lot of the time with those guys. And teaching my daughter how to ride a bike. Well, that's great. Hey, by the way, just quickly circling back to Paul McCartney, when you were reading his book, did you read it in his voice like, Well, me and this bird were going out one day and we decided maybe we'll write a song. John and I wrote a song about it. Have you ever seen Paul McCartney perform live? I have not seen him perform live. Must be a gas, right? I went to watch him perform live in Liverpool and it was incredible. Just the old school classics and obviously his new stuff that he's been performing with his band, which has been great to watch.  My name is Ian Paul Joy because my father was such a massive Beatles fan. Oh, wow. Paul McCartney. So I had no other option, but to learn about the Beatles and learn about Paul McCartney. So for me, it means a lot to me. That's great. You know, it's kind of fun. Bring it full circle because you have younger kids. I have older kids. When we moved up here, kind of introducing them to, we went to a couple of local concerts and up at Mohegan's son, Peter Franton. Yeah. AC DC. What was the other one? What's the one I'm missing here? Your mama's all right. Your dad is all right. You're before my generation, Paul. I don't know. I knew you're going to say that. I wanted to impress you. So all right. You know the song, my sharonah? Yeah. My sharonah. All right. That's the knack, right? You know the knack. I saw them in concert back in Los Angeles back in the day. Yeah. And Ian, it was so funny because that was their only hit, right? So they came, they had a couple of bands before that. They came out. They played for like 30 minutes. They played my sharonah. They played their album, which was a small album. And then they played my sharonah. And that was it. Done. Like 35 minutes later, you're like, it was like a drive-by. What just happened, you know? Hey, if you could have, if you could have one song in your life that's meant a lot to you, that when you're getting ready for a show, and I know what it's like, you're just preparing, you're putting your time on, you're looking in the mirror, and there's a song going through your mind. What is that song that gets you inspired? What's that song that just takes you to the next level? You know what? It's funny you say that. There would be a variety of them. My wife laughs at me because the work, the workout music I have is very edgy. Very hard rock. I mean, if I like something in that vein, I wouldn't say there's one go-to, but Soundgarden Blow Up the Outside World would probably be the go-to song.  I love that. See, those are the types of inspirational songs that get you going, no matter what. Whenever you hear it, wherever you are, there's always the little head move, you know, you just start to get into the feeling of it. For me, it would be, and this was a song that I used to listen to, and it probably shouldn't have done, because I would have picked up less suspensions because of this. I used to listen to The Firestarter by a band called Prodigy. I'd be like, I'm a firestarter. I'm a firestarter. It's a wired up song, and for me, it just got me going. It didn't mean anything to me other than this song just got me pumped up to the next level. So, if I'm thinking about getting ready to go on stage, or if I'm thinking about walking out onto a field, that's definitely the song that's pumped me up. So, how many, is there something in that song that says something about a red card? I think it was wired within me. As soon as I went and took myself to the next level, somebody was getting it. I mean, when you're going out to a song called Firestarter and you're ready to do battle on the field, it's only a matter of time before you're getting yourself into trouble. So, hey, I'm just curious. Some of those artists you're talking about hanging out with the musicians, are these like famous artists, or are they kind of up and coming, but, you know, they're about to launch, or they're just really good music that you like? No, good music for sure, of course. I guess, yeah, you wouldn't be going to a concert with that kind of music, right? No, of course. But I'm mixing in restaurants and bars and hanging out with people. Of course, I grew up in the UK, you know, from three years old. My mom is Scottish, so I grew up in Scotland, and I have obviously a great love for British music as well. So, there's a band right now called the 1975, I don't know if you've ever heard of them, Worldwide. They're very popular now. Great music, guitar music. I recommend it for you as well, if you've ever seen a book put on 1975. They're awesome. My really good friend, Martin, he created a band called Churches. It's a bit more like poppy music, poppy disco music, like electric.   I went to watch them. Wow. They sold out the whole thing. So, for me, it was, I was there for that moment, which was quite special, because obviously you get used to knowing one or two of the guys and then you meet the band and you meet the people around the band. And it's pretty awesome. So, 1975 and Churches, two of the band members I'm very close with. I hope you get a chance to talk to Jack Curry about this. He will probably listen to this, because once we get to the band part, I'll just tell him, go about 15 minutes in, because mentioning these bands, he probably knows them. He knows everything, but he would probably love this genre of music or these genres of music. Hey, so, now complete transition, unless you got something else to say about that. No, go, go. Because we're going from head bashing, skull crashing music to, you know, all these great bands. Now we're going to go to the other side of things. You're teaching your daughter how to ride a bicycle. Yeah. That's a weird transition. But what is that like? Because, like, I'm so far removed from it. Is it, how's she doing? Is it frustrating? Is it, could you always worry about that first spill? Then they don't want to get back on, right? How old are your kids now? 30, almost 30 and 25. Yeah. And it's amazing how quickly the time flies by, right? So I have a 13-year-old daughter. She's in high school now, and she's doing her thing. She doesn't even sometimes want to have a conversation during the day.  I'm telling you, Bob, I'm telling you this guy, if there's a sport where I think he's perfect for, it's baseball. Because I didn't grow up with baseball in Europe. I grew up with soccer and rugby and kind of cricket and all those other, like, weird British sports. And I would love to kind of get into that, like, little league baseball with this guy, because he's a big boy and he's a lefty as well. So I'm not sure, dude, I'm not sure if he can throw it or if he can, you know, if he's going to be a designated hitter. I'm not sure. But this guy, this guy's a big boy. So I'm hoping at some stage that I can get him into baseball because I'd love to follow what it's like through the youth ranks. Anyway, going back to my daughter, it's an experience, Bob. You know you've been there.  And if they do fall over, they're probably not going to get back up on that bike for at least a couple of weeks' time. But she doesn't want any help. She's an independent girl. So she's like, leave me. Let me try it. And I'm like, no, no, because you're going to fall and then all of a sudden it's going to be blood and tears. And I don't want that. That's hard. But it's awesome. It's such a great feeling. I love being a father. I love probably spending as much time as I can with my kids. You know, you've been there and done it. It's very difficult not to have that passion for them. So every single step, I'm just honored to be there to be able to play a role. And of course this situation, even though it's being crap, circumstances that we're in, I actually have some time to sit and teach my daughter how to ride a bike and taking my mind away from everything. It's been pretty awesome. Yeah, you could be flying around and you would have no time right now. So I think that's awesome. But you know, the funny thing is, parenting, people are like, oh yeah, once they're 18, they're out of the house. It's like you never stop. I mean, it's always, we're in constant contact. He's into sort of the entertainment field and movies and he's given us tips on shows and movies and all kinds of stuff back and forth. He's a foodie like us, our son. How was it for you, Bob, as you were obviously going through your career and you have your chosen, because I'm experiencing it now, where the kids all of a sudden look at the television and they take a double take on the television and they're like, what is going on? Like, dad? Yeah. Dad was here yesterday. Why is he on the television? Well, how was that for you with your kids growing up, obviously going to school and people knew who their father was?  No, it wasn't that big a deal because I never made it that big of a deal. It was just a job for me. And when they were young, I had kind of, I was at CNN, I had the overnight shift. So when they were sleeping, I was working basically. I had a 2.30 a.m. East Coast show that was the 11.30 West Coast. 2.30 a.m.? Yeah. So it was the prime time 11.30 sports highlight show. Yeah. Sports Tonight, CNN Sports Tonight. And so I did that show. So I basically worked when they slept. So I didn't miss out on a lot of stuff. I got to see a lot of their stuff growing up, help raise them and everything.   So I think when they'd come into the studio, they would just see what they thought were family friends there. Yeah. So it wasn't that big a deal to them. And we never made it that big a deal. Obviously it's a job. It's more important about who we are than what we do. It's kind of cool. You keep it as normal as possible for the kids. I think nowadays with social media involved in things, it makes it a little bit more difficult for our kids. My daughter in particular, all of her friends, the young girls and the young boys, they all follow me on social media. So whenever I'm putting a post out there, I'm automatically thinking like, is it okay that my daughter's friends see this? Or what am I saying here that's gonna offend. You have to be careful what you put out there.  Should I not post this? And eventually you delete the tweet because you just don't want to put it out there. Right. I will tell you one funny story when my son was working for Fox Sports in LA. This was maybe three to four years ago. So he was in working on some UFC stuff. And one of the producers there knows me and on Fox Sports, the regionals, we air Forbes Sports money, right? Yeah. So they're having a meeting and all of a sudden this producer who knows me just goes, oh yeah, there's Tyler's down on screen right now. And Tyler's just like, because he doesn't want people, he wants to make his own bones, you know? Yeah.  Oh man.  Did you ever think that you adopt the career that you've had? I mean, I know obviously I said a lot of nice things yesterday, but again, going back to it, it's just, it's quite amazing what you've achieved in your career, Bob.  Something like that. 17 Emmys. I see you've lost count of the amount of Emmys you've won. Great example, right? I don't have a tow board in my office. I do have behind me some of them, but I don't have a tow board in my office. Did you ever think at one stage you could have this type of career and achieve the levels you've achieved or success and also, you know, the variety of how could you've been? I'm going to go back to what we talked about yesterday. The answer to that is yes, because I put the work in. Yeah. I'm sure that when I came out of USC, I always wanted to know more than the guy sitting next to me or the woman sitting next to me. So when I left USC, I knew how to write, edit, shoot camera, do everything I needed to do to be self-sufficient. So if I need, I'll give you an example. My first TV job, I was the sports director. I was a one-man band. Yeah. And for the 11 o'clock show, the news anchor, and it was just her and me. She's like, hey, can you be my cameraman and come out and shoot this story for me? So yeah, I grabbed the camera. I go out and shoot. I'm running audio and doing the whole thing. It's like knowing that stuff that people, here's what it is.  And I think there's so much value in that. They don't worry about you. And so every job I've had, they can look at and say, you know what, Bob's responsible. Bob's pretty good at what he does. We don't have to worry about that show when he's on. Let's go worry about something else. And I think that's the important thing. And you just, it's the preparation that goes back to that. I guess. I love that. That means a lot to me because sometimes I overthink. Maybe I think I'm doing too much or I prepare too much because a lot of the time, I'm sure you've been in this position as well, where I've done my preparation for a game or a show and I've overprepared. And I've certainly left three quarters of my material unused. And now I keep everything on my iPad because I can copy and paste and move it to the next show or the next time I'm working on that team. But I always remember one of my first ever broadcasts, one of my top producers, Johnty Whitehead of Fox. He said to me, never be underprepared. Always be overprepared because you never quite know what can happen in live television. And it's stuck with me. So I'm always overprepared. And so I love that mentality from you, Bob. And I think that's what a lot of people can learn from.  And people will love you for that. And certainly you've achieved that. Thank you. It kind of goes back to that competitive nature, but it's not competition in a negative way. Yeah.  It's not a competition. We're all part of that same team. I keep coming back to the same theme, but that's what it is. We don't want to be good. We want to be great. Everybody should want that, right? Yeah. Yeah, absolutely. So now next question, this leads me directly into it. And of course, I think already know the answer because I've been a part of the network for five years, but from the person who's on the outside looking in right now to yourself who's been at the network from the very beginning for such a long period of time in your career where you've had multiple options to do other things. What is it about the yes network that has managed to keep you happy, keep you satisfied, but also that you love so much? Yeah. Well, let me just start with the sport. Obviously the main focus is baseball. I grew up playing baseball. It's my first love. So you just want to say at its roots that, but our boss, John, Phillip Kelly hires great people and the team around him hires great people. I think that is a template for any great organization because great people will always have pride, great in their work. Great people always strive to be great.  It's a pleasure coming in to the office every day and you're surrounded by great, nice people. It makes the working environment great, but I think that's the main thing. It's like we literally are like a family. Yeah. It makes it easy every single day, even if you're to work in 20 days in a row with three rain delays sandwiched in between, makes it really easy walking through those doors. What about you?  For me, it starts from the very top that passion, that desire for perfection, but also the way you are treated as a human being. I've worked for some big networks in my short and young career and I've learned some things the hard way because it's not always easy the way you're treated. And there is a lot of jealousy in the industry and there certainly is a lot of aggression in the industry where people are looking after their own careers and they're willing to go the extra mile to maybe stop the next person in the back. I've never experienced anything like that at this network. Great people, great desire, and what you mentioned when you were talking about your career, a willingness to work hard to be the best you that you can be. Everybody has that mentality. Everybody's a great person and when you put that together, you get a great family and I think it's been incredible for me personally to be a part of the Yes Network for such a long time already and hopefully for a long time in the future to come as well. I'll tell you another thing. I'm looking forward to learning more about the other sports. It's not just obviously soccer for me. I've obviously started to really fall in love with baseball and I'm watching basketball more than ever before and the sports that the network covers, you know, being doing my preparation and obviously studying a lot of the teams that we cover because there's a great passion there and I want to be able to have those conversations with yourself and with our audience as well and share that with them. So let's wrap this up with just a little tease.  A source told me that this season. Is that a possibility and would you be willing to do that? Well, it's news to me, but thanks for breaking it. Well, I can tell you that I am absolutely moving to the east coast for a start and this will obviously come out more and more as time goes on with this situation that we're in right now. It's put a little bit of a dampener on my plans. You know, I will be leaving Fox and I will be moving to the east coast and yeah, there's no doubt in my mind, you know, that's news to me, Bob, but there's no doubt in my mind that being a broadcaster, a sports broadcaster, you want to work on the best properties in the world with the best teams surrounded by the best people. And there's no doubt if there was never an opportunity for me to be closer to you guys and working on the Yankees, learning absolutely everything there is to know about the New York Yankees because I'm in love with the city and that's where my passion comes. Ever from when I was a kid, New York has been my dream. It's been my passion. I've always wanted to go to live and work in New York City and around the sports teams. I don't think there's a better fan base. I don't think there's a better enthusiasm for the sports teams, negative and positive. I love the negativity side of it as well. It's just a desire for mine and I've been fortunate for the last five years to cover the soccer team in New York and certainly if there's an opportunity there, I would absolutely jump at it to make sure that I could cover the Yankees and the Nets as well. I'm going to check with my source and when he watches this, he's probably going to text me and be like, Bob, we haven't talked to Ian yet. I have a good feeling we need some joy on baseball as well. Hey, so maybe I'm thinking because you mentioned how much you love New York. Obviously you do love L.A., the area, Southern California. Maybe the next time we get together, we talk about what you like about New York, about the places you've been around the world. We're great, we're not great. I'll do the same. What do you think? Let's do it. I mean, I've been told that we're together on Thursday if I'm not mistaken, which is something I think should be happening from here on out for the rest of our lives, Bob. If me and you could be together every day for a short period of time, it would make me very happy. So yeah, I look forward to that. Talking about New York and everything East Coast for me is always a pleasure. I love, absolutely love New York. So I want to know certain places I've never been to that you can recommend for me as well. It's great being with you, bud. See you again on Thursday.


My name is Sima Rastayesh and I'm coming from Iran and I'm a PhD student in Alborg University. My topic is working on risk assessments, developing the methodology for the concrete structures mainly on wind turbines and bridges. So my main project is so related to this training which was held in here. And my project gives funding from Marie Curie Project which calls Infrastar. And I heard about that from the other professors in this project and came to this training which was so useful. I can use it in my project so much which was very beneficial because it was well organized. They said all aspects that I will use them in my project and thanks for the cost because of handling such a nice training in such a nice place in Italy. Thank you so much.


How y'all she was seven Okay, so I want to talk about why a lot of men are upset why they're afraid Why they don't want women to have certain standards. It's why they don't want women depending on them anymore and why They choose To be angry, okay Men are scared. Okay. Men have a lot of fear when it comes to women Men are scared. They're gonna lose their money their freedom That they're going to lose The fact that they think that they were smart when it comes to dealing with another person such as a spouse a wife a girlfriend that Ends up really being more intelligent than them in Certain areas. I'm not gonna say women are smarter than men, but in many areas they do have more common sense as I would call it and Sometimes this makes the man feel inferior. So men are afraid of feeling inferior Men are afraid of losing money. Men are afraid of women who are going to Use them Men are afraid of all these things and they're supposed to be men and They're also afraid because in America I don't know how it is in other countries But I'm sure it's a it's similar in America. The system is more for the woman, especially the court system, okay So men are afraid. They're afraid to be with women these days You know, they feel like they have to protect themselves. They can't do this. They can't do that They can't let their guard down. They can't pay for a date because they feel like they're going to be taken advantage of right They feel vulnerable Now ladies, who does that sound like and what does that sound like? Yes, you say correct sounds like They are experiencing womanhood Yes They are experiencing what it feels like to be a woman and they want to be mad at us. That's hilarious Okay, so man now that you know how it feels to be a woman Can you blame us for the way we are? because the rules that were set in place are now working against you and it's sad because you are now feeling how Women have felt for a long time.   It wasn't a mistake Because we have the plan B pill and we can have abortions and we can take birth control. That child was basically Either a Conscious decision on your behalf on the woman's behalf now to a man. It's not a conscious decision It is to a degree But if the man is not thinking and he doesn't he doesn't prevent You know his seed from Fertilizing the woman's egg. Well, oh well now he now he looks at the woman like what are you gonna do about it? What are you gonna do about it? Well, then that's putting all the power in her hand. Okay now He has given her the power and Saying okay, do you want at this child or not? But really what he wants her to say is you know what? We made a mistake. Let me take the plan B pill or let me get an abortion and then blah blah blah But then I want to talk about a female When they have abortions like oh y'all y'all do is have abortions and y'all do that Women have abortions for two reasons one. They don't want to Carry the seed of a loser that they made a mistake on sleeping with or two The loser cannot afford to take care of them.  You did it did it did it because men Don't take responsibility And so it is forced the women to become the way they are You know, it's forced a woman not to have any feelings anymore It's forced a woman to use a man for all she can get why? because Before she was that way she gave her all she gave love she gave trust But of course the man betrayed her and she was like, you know what if I'm going to deal with men I'm gonna get something out of it Because my time is precious my life is precious and if I have to deal with these men who are Trying to objectify me trying to sexualize me trying to use me trying to Feel like there's somebody because they're with what I'm gonna get something out of it, too Okay, I'm not gonna leave empty-handed anymore Okay, so women have built this shell around them Most of them anyway The ones who haven't built the shell yet the ones who haven't built the shell yet We'll eventually build it after dealing with certain type of men. Okay, so men It's up to you on how you treat women in the beginning. Okay Don't be mad when you come across a woman who wants to use you for your money Most of the time that woman has learned many lessons leading up to that point that instruct her That that's all you're good for Okay, because she hasn't seen anything else. She hasn't seen that you're good for this. This is the fact she only sees what You're portraying to her you're interested in her body if you're interested in sex It's if you're interested in her paying for her own meal if you're interested in her You know Coming to you catering to you.  Okay, and Women they don't need With the man need okay women can get that from children They can get that from other women. They can get that from sisters Cousins they can get intimacy because we're naturally Nurturing but men they can't get nurturing everywhere This is why they're always after women because a woman can nurture a man But another man cannot nurture another man. I mean they can be homosexual.  That's why a lot of gay men look up to You know female icons sisters, they always have a best friend who's a woman and It's that sisterness. It's that motherness motherliness sisterliness. It's that Nurturing that they had when they bonded with their mother Now When a woman sees a man and she and he doesn't fit a Respectable provider protector. She's putting him in the category already. Okay. This is not husband material Use him finish him Move on to the next one, you know y'all are just Steps to the real man. Okay, and I'm saying this because I'm not trying to be mean I'm just trying to tell y'all truth. I mean I'm not after anybody.  It's your fault.    So even if you don't get with that woman be the most kind most gentle generous gentlemen that you can be so that Women eventually will shed their shell, you know, our shells have been built by the men who that we have to protect ourselves from So if you're not one of those men a Layer of that show just might fall off and the next time we meet another man If he treats us the same way another layer of that shell might come off and eventually we might Start looking for love again First and foremost we might But until y'all change we have to protect ourselves because we have no one to protect us Y'all are steady trying to get our sex. Y'all are steady trying to use us Y'all are steady trying to play tricks on us. Y'all are steady trying to make us pay to go out with you No, we have to have a wall because y'all have taken the role of a female So we don't see men anymore. We just see wallets at least I do and I'm not saying I see all men like this, but if I had to date in this day and age I Would see all men as wallets why because I don't see any value in them anymore, you know What can they do for me without it starting a controversy if I ask them, you know, oh, you know, um Can I can can you take me out to lunch? Oh, no, you gotta pay half. Oh, no, I don't rule like that Whoops, what do I need you for bye? You know, I Could get I have had women friends take me out to eat and pay You know, I mean if men stop being so afraid and scary and You know Feminine maybe women will respond to them better and not just see them as money. Okay, if y'all start acting like gentlemen and men again Maybe when we would see you a lot different but right now we see you as whiny toddlers who are afraid of the world That's how we see you and with them with with a wallet You know So You know men men with money they know how to treat women so we don't see them like that But men who are here and they think they're somewhere. They're really not they oh, I make this much and That's enough to take care of a single person. That doesn't impress me. Okay, when women look for me and they don't look for single Salary, you know, that's impressive.  Oh good for you I can you take care of a family? No, that's not enough money.  That's not enough. Okay do better keep going Date casually until you get to that point. Okay. All right, so I'm gonna end it at this ladies thumbs up If you agree, man, I know y'all gonna troll my videos So go ahead the more comments and whatever the better for me Either way I benefit And if y'all are lonely because it's the holiday and you just didn't couldn't afford a woman this year The strip clubs are always open. Okay


I'm excited to introduce the next speaker. He's a good friend of mine. We actually met last year at same time, same event, but in Orlando. As I mentioned, he's also a fellow tribesman. So we got that little bond going. But he's awesome. We really connected. We had a great time. Loved his speech last year. Looking forward to hear him talk again. This is his sixth time speaking at the 21 convention. So he is the executive instructor at the Tower of DJ Fuji. You can learn more about him at TowerofDJFuji.com. He's been featured on MTV. He's been coaching for five years. So please help me welcome Jared Syke Lawrence. Thank you, man. All right. So I know I'm the last speaker here. So I want to get everybody wide awake before I start this. So I'm going to do a little bit of a balance test with you guys, OK? I want everybody to stand up real quick. And can everybody just stand on one leg for me? Let's see how long you can hold that. Put one hand up on your waist. All right. Now stand on one leg. Put the other hand this way. All right. Now, just think I'm a little teapot. All right. You got what I said I am. That's why we guys up. OK. Now, like many of the guys here, my entire life, I basically struggled with dating. I struggled with building social circles. I struggled with literally any area of social interaction all the way up until through college round. I was never before this considered a ladies man by any means. I had a girlfriend for about a year and a half, and we never had sex, not once. And she lost virginity to the very next guy she dated after about a month of dating him. I was never, ever considered someone who's going to become prom king. In fact, if I recall correctly, my prom date ended up sleeping with another guy in the bathroom. So I had to deal with that that night. I was never Mr. Popular. Throughout all of middle school, throughout all of high school, I had two close friends. And one time, I remember one time, they brought me to one of the house parties that some other girl was throwing, and I overheard her telling him, why did you bring Jared? We don't want him here. So that was my life coming up through all of this. I'll tell you something I was though. I was driven. I was committed to getting this area handled as soon as I knew there was a way. And looking back, I can honestly say there is a very strong reason why I was so committed, why I was so driven. I've never admitted this before to anybody. I'm gonna admit it here now in this talk. I was, the route I was going, I can honestly say I was close to committing suicide. The depression was getting so real, that hopelessness, that helplessness feeling that maybe some of you guys have felt at some points. But that was growing inside me more and more and more. And I knew I had to turn that around. I remember this pain like it was yesterday because I think back, I remember those times where I would see psychologists after psychologists. I remember I went to see a psychiatrist at one point and started taking antidepressants. I really had no answer. I didn't know about this community yet. It was just, this was my life.  Again, that horrible wash with that hopelessness. So what I wanna say when people ask, what got you through all those tough times? What got you through those pain periods when you're learning this? The answer honestly was for me, it was get good or literally die trying. Now, what I wanna ask you guys is why are you here? Why are you trying to learn this? Because I knew my answer. My answer was I just wanna get women to notice me. I just wanted to become a guy that can achieve what before seemed an illusion, a fantasy. As I learned this, as I got better at this, what I realized is I was trying to achieve what before I considered the unattainable. As I get better, as I grew, what was unattainable changed my mind. At first, again, it was just getting attention. Then it was getting women to have some kind of relation with me. Then it became getting the kind of girls I want. It became having choice with the type of women that before again, seemed only a fantasy. The idea of that quality girl. I want you guys to think about this for a second. Think about why did you get in this game? Why did you got into this community? I'm guessing it had something to do with the fact that you want to exchange your life to get the quality of women you always thought was impossible before. It wasn't to keep getting what you've always had. It wasn't to just get more of the same type of results. And maybe I'm wrong, but if you're anything like me, it was to always push yourself, always grow. Now to do that, I realized when I went and said again and again, when I talked to women, I would notice the kind of woman I want, the one full of quality, would very often be indifferent towards me. I started seeing patterns again and again where the real quality type women would not even acknowledge me. They wouldn't notice me at first, right? And then I got kind of lazy. I got kind of lazy and I would only try to get with the girls that I thought I could get with. But then I realized that's not why I was here. That was stopping. That was limiting myself. It was limiting my potential. It was limiting my growth. So what I started realizing is, I need to learn how to make indifference into attraction. And that's what my speech is gonna be on with you guys tonight, is how to do that. Now, with everything in game, there's two types of things you're dealing with. There is prevention tactics and intervention tactics. Now nothing's gonna substitute for prevention tactics. How do you prevent indifference from happening in the first place? How do you stop a girl from looking at you as, oh, just another loser guy. I don't even need to acknowledge this guy. Well, yes, one, strong body language. Being dominant right off the bat, having a strong approach, having a strong transitioner and follow-through. Nothing is going to repair that. That's gotta be your core go-to. But even the best of us are gonna run into girls who are just indifferent off the bat. You can't help it. So what most of the community is gonna be teaching you and what you're gonna be seeing out there is prevention techniques. How to be awesome right off the bat, how to get those girls instantly attracted to you. That's not what this talk is about. This talk is gonna be, though, on the intervention tactics. What to do when, you know what? It just wasn't good enough. This was just a girl who was outside of the range I'm normally used to getting. What we're gonna do is I'm gonna show you, step by step, all the things I had to come through and come to realize to get those type of girls. It literally became an obsession for me. It literally became something that I just studied more and more. I would go out of my way to find these women who are just indifferent towards me. I called it the player's dilemma, where I would notice I had a 75% chance with this girl who I thought was okay and I had about a 15% chance with this girl who I thought was amazing. That's what I want. And every time I just took the 15% chance I kept rolling the dice.  So it all started four years ago. It all started four years ago with this pose.


We were flying high and there's pun intended there because we all Ravens fans, you know Ravens of birthday fly Anyway, we were flying high doing great things were amazing yesterday. We looked at the injury report the three people on there They weren't even injured. Nobody was hurt. It was just showing people that were returning From previous injuries, but they were practicing in four So we're like, all right, we're good and they showed all the Beckham, Junior on there because he had a rest day It's like I we ain't worried about that cool. We're good So we were feeling great yesterday as Ravens fans like oh man, we're so healthy like nobody on the 53 man roster is hurt Let's go, but Sometimes it seems like as Ravens fans when we have something good It just seems like the NFL wants to take it away from us the NFL world just wants to rip it from us and That's what they're trying to do when it comes to Keaton Mitchell Keaton Mitchell Of course in last week's game had a breakout game against the Seahawks. He went off. He went crazy God his touchdown almost had two touchdowns But he went wild with it and he ended up winning NFL FedEx ground player the week So shout out to keep Mitchell. We were very very proud of him. It was nice to see just The the progress to haven't seen him in preseason and go off in preseason make the roster and then get his opportunity and boom He made the most of it for sure, but He was added to the injury report today He was listed as limited in today's practice with a hamstring injury now The reason that that is scary and that's concerning is because When he left his first game the first game that he played a couple of weeks ago He didn't finish that game and it was because of a hamstring injury Then he missed the following game because of a hamstring injury. So I really do I really hope that this Hamstring injury that he had that he sustained whether he sustained it yesterday or sustained it today I really hope that this is not a continuous thing that it's not an ongoing thing and that Tomorrow we'll get a report. Oh keep Mitchell. He practice info. Oh keep Mitchell back Oh keep Mitchell be good to go for Sunday That's what I'm hoping that the news that we'll get tomorrow because this does concern me I ain't trying to freak nobody out, but it just is what it is This this is a reoccurring injury so far because he just had this recently He dealt with this recently and now he's dealing with it again. So hopefully it's not an ongoing thing and It can just it can get healed fast So he can be good to go for not only Sunday, but for the future as well Now one thing that I do hope the Ravens do and I'm sure that they will if this ends up being a case Hopefully, we don't even have to have this conversation because tomorrow he'll be back in practice and be great But yeah, but one thing that I hope the Baltimore Ravens do is if Say for instance if it comes to Sunday and his hamstring injury is bothering him But he feel like oh, no, I can still give it a go. Just rest him Rest him and not that we not that it's that we don't need him against the Browns We need everybody we could possibly get against the Browns because they coming in hot They they trying to get this thing done. They just shut out the Cardinals I think last week. So they feeling themselves right now as they should be because Everybody in the AFC North should be feeling themselves because they all got over 500 by two games a piece I think and but Raven should be feeling themselves the most because they're in the top But anyway, Browns are they playing some good football right now But we need Keith Mitchell for the long haul. We need him for the long run So if if it's bothering him if it's a little bit shaky come Sunday I wouldn't even play now. I wouldn't even risk it. I know I would just sit them just to be safe But again, hopefully we don't even had to have that conversation come this Sunday One thing that I did not realize is somebody brought it to my attention earlier today that Whenever we talk about the Browns Ravens game from a couple weeks ago The highlight is that the Sean Watson didn't play and obviously that made a big difference for the Browns because they were playing with They're 230 million dollar man versus a fifth round rookie at the quarterback position. That makes a huge difference, but I Did not remember that Raven had a lot of people out, too Marlin Humphrey was out of thing. Oh, they'll beckham trunnion. I think we're shot baby. I was out I feel well, I think he was out that game too. They did a job. Well, I think I don't remember It was a lot of people that were out too for the Baltimore Ravens as well But they held I think Ronnie Stanley was out of that game, too. I think Pat. Yeah, Pat McCurry I think started on that left-sided offensive line and oh That's my little mouse gear to do it to anybody but boy, he was getting Pat McCurry that game boy. Anyway So yeah, but Ravens obviously prevailed they won 28 to 3 But now Ravens are getting a lot of guys back for this Browns game Now they're gonna get the Sean Watson back, but Ravens are getting a lot of guys back, too So they should be in good shape now Somebody that missed that first Browns game But they were looking like they were gonna play in this game. We'll see now Marlin Humphrey Marlin Humphrey, he's healthy ever since he's been back. He missed the first four games with that foot injury But now he practicing for yesterday, but then today he was limited. They said he has a hamstring injury That's what they listed on the the practice report the injury report so That's concerning as well Hopefully again, hopefully when him and Keaton Mitchell This ends up being a bunch of nothing. It ends up being a bunch of nothing and tomorrow they practicing for we move on but again concerning Very concerning because that's Ravens starting corner back. That's Baltimore Ravens best corner back Especially over the past couple of weeks. I know Jonah Schaefer had highlighted Marlin Humphrey his statistics over the past I think four weeks and Just letting us know Marlin Humphrey has been playing lock-down football and been just doing an amazing job of it He said Marlin Humphrey over the past four weeks He had two targets their completion zero yards allowed another game He had two targets gave it one completion five yards allowed another game He had zero targets your completion zero yards allowed in another game. He had two targets zero completion zero yards allowed So that's amazing over these past four games, but that's amazing That is locked down literally locked down because he hasn't been giving up anything But yeah, so it's important that We have Marlin Humphrey because Marlin Humphrey he is like that This despite what you done heard some Ravens fans say despite how some Ravens fans may feel about Marlin Humphrey He still is nice like that something else. That's nice like that before you get into this other news I'm all these jackets these varsity jackets now Stand with us closing comm they decided they really want to hook y'all up They really care about y'all thinking really do because what they did what they said they were like alright team keep it clean We know that they go visit the site. They look at the jackets. They love the jackets They want to get the jackets, but they look at the pricing like So they gave y'all the 10% off when you use code engraving they gave y'all 10% off But they say you know what since we love team keeping clean so much. We really want to take care of them So we are giving them 25% off of these varsity jackets same code same engraving code You used cold engraving you get 20 for not 10% 25% off of these varsity jackets It's purple and black one the gray and black one the white and gray 25% off That's a lot So y'all make sure y'all take advantage of that the link is down below in the description now Back to the practice report now from today Some other people that were added to there. Oh, Jaylen on my Davis. He was added to there. He missed practice today with an illness I don't know if this is the same illness that Mike Pierce got because he also missed practice today with that same illness from yesterday So hopefully that can clear itself up very very soon and also but when Weird news that I didn't hear nothing about this before but Rashad Bateman he was limited today with a back injury Now with Rashad Bateman having a back injury I'm just gonna assume that he's gonna have a great game against the Browns this Sunday reason I say that is because Rashad Bateman is already anticipating Carrying the wire receivers in the game against Cleveland this Sunday And he already know he's gonna had a way to the world on his shoulders, but he's going to be able to withstand it So Rashad Bateman, I'm looking forward to your amazing game this coming Sunday. So shout out to you now Some good news that we got from the practice report Morgan Moses Who had missed last week's game with an injury he practiced in for the past two days He should be good to go and also Marcus Williams who missed last week's game in the past couple of weeks with a hamstring injury And that also will give his his pecs some time to heal up too But he he practiced in for the past two days as well So he should be good to go too. So that should give Ravens and even more quality depth On that back end. So right now it's been it's been obviously Geno stone and he has been just being amazing But it's been a little dear warly They've just been mixing up obviously Kyle Hamilton, but Kyle Hamilton be a little bit be a little bit everywhere That's why I always call Kyle. I don't call Kyle Hamilton a safety. He got drafted as a safety and that's technically his position But he ain't no safety. He is a baller straight up. That's it. He's a baller. He plays everywhere He does everything that man can play some football man. We love Kyle Hamilton love love love love love Kyle Hamilton that dude is a baller But having Marcus Williams back there makes life Even better for the Baltimore Ravens. So an O'Dell Beckham, Jr He of course didn't practice yesterday to say he had a rest day, but he practiced in full today Not limited, but in full today So it'd be nice of O'Dell cuz continue getting back in the swing of things just getting more involved and whatnot And it's funny. I always see the conversation about um people talk about O'Dell being force-fed You paying somebody a $15 million contract. I don't think it's force-fated you you paid him for a reason man There's a lot of money. Yeah, so O'Dell gonna get his man. He gonna get his but this injury report This is not what we like to see but hopefully this thing clears up a lot tomorrow now When you looked at the Texans injury report, I looked at that thing. I said this can't even be real I don't even look real so as Ravens fan I guess we got to be grateful for that because those had a the way that the Texans injury report looks That's how Baltimore Ravens injury report used to look for the past couple of years But oh this feels like we had a good place things are going pretty good right now Ravens are pretty healthy for the most part I know this injury report today. It's concerning, but for the most part Ravens are in a really good spot So we're grateful for that now something else. That's a really good spot is a good tailgate spot And if you want to come to a fun tailgate, it'll have Spencer Schultz those Ravens for dummies. It'll have Cole Jackson. They have Kevin Ostrich It'll have the kid gowee in the building. It'll have Jack Settlement in the building I know Jack Settlement does a the punchline podcast with Marlon Humphrey and then some born Blame dude me. Well, I'll be there too, but they don't make no difference But all don't people to be there so it should be a lot of fun And if y'all want to be a part of that you can click the link in the description and use code in Graven to get $5 off now What the tailgate includes unlimited food unlimited drinks and you get much too Hey, you can't beat that for you know, you really can't beat that So if you want to come through if it's for the Thursday night football game, not the brother for the bingles Thursday night football game Click the link in the description. It'll take you right there. The tickets are selling out fast They they really are Jack Settlement He showed everybody a screenshot of how many tickets are left. It's not many so they they going like that So y'all better get on it quick if you're gonna be there