Problem 2. ( 15 Points) Four products use the same machine. Data on production parameters are given in Table 4. Suppose the machine runs 2 shifts/day. suppose the company allows 20 minutes per shift for regular breaks. In addition, because of stoppages and operator inefficiencies, about 13% of the machine time is supposed to operate) is wasted. The products are planned to be produced in a sequence that is repeated throughout the day until the required volume is filled. A). The idea is to reduce lot sizes. How many times a day can the sequence be repeated, and what is the resulting lot size of each product. B). Suppose products are run (in total quantity) sequentially, are we going to save any time/day and how much. Compare it with previous case and comment. Table 4 Product Processing Time (sec/unit). Average Daily volume (units) Setup Time (minutes) 15 20 450 800 600 250 18 6 B G 15 R 10 H 25 discussed/explained these solutions in class 10 Problem 2. ( 15 Points) Four products use the same machine. Data on production parameters are given in Table 4. Suppose the machine runs 2 shifts/day. suppose the company allows 20 minutes per shift for regular breaks. In addition, because of stoppages and operator inefficiencies, about 13% of the machine time is supposed to operate) is wasted. The products are planned to be produced in a sequence that is repeated throughout the day until the required volume is filled. A). The idea is to reduce lot sizes. How many times a day can the sequence be repeated, and what is the resulting lot size of each product. B). Suppose products are run (in total quantity) sequentially, are we going to save any time/day and how much. Compare it with previous case and comment. Table 4 Product Processing Time (sec/unit). Average Daily volume (units) Setup Time (minutes) 15 20 450 800 600 250 18 6 B G 15 R 10 H 25 discussed/explained these solutions in class 10