The news is just in! You just found out that your rival company (ACME) has made a new shoe holder. It is said that it will change the way people think about putting away their shoes. The news outlets are saying that ACME's Shoe Holder 3000 is the must have item of the year. Your trusted employee Arthur Slugworth acquired one of the devices so that you may study its secrets. Inside the device is a long thin bar. At the end of the bar there is a strong lightweight string that is pulled through a hole at the bottom and attached to a wicker basket (this basket is where the shoes are to be placed). There is also a strong cable that is attached at about 1/4 of the length of the bar from where the basket is attached. Looking closer, the bar is not physically attached to the side of the device with a bolt or adhesive. It is just pressed against the side wall and remains perpendicular to that wall. Old Slugworth was also able to obtain the design drawings for the device. It says that the bar weighs 3.5 kg and the angle the cable makes with the bar is 40. The basket is 0.5 kg and the length of the bar is 0.8 m. On the side of the device, it says that the maximum number of pairs of shoes it can hold is 20, and the device must be mounted level. 1. Use this information to determine the load requirements for the cable and the constraints on the coefcient of friction between the bar and the side of the container. Note: Draw both a free body diagram and an extended free body diagram of the system. From there determine your expressions for the system. At that point solve for what is needed. ACME Shoe Holder 3000