468 mework Variability and VUT 1 Consider a two station production line in which no inventory is allowed (No WIP. WIP left over after the day is discarded). Station Iconsists of a single machine that has a potential daily production of one, two, three, four, five, or sunits. Each of these potential outcomes is equally Wellyou could throw a dice and have it tell you how many nits were produced on any theoretical day Station 2 consists of a single machine that has potential daily production of either three or four units, both of which are equally Ivou could fi a coin with a 3 on one side and a 4 on the other side to determine the daily production on any given theoretical day) . Compute and describe the capacity of each station on werage in units per day. Is the Eine balanced do each of the stations have the same average capacity? 1. Compute and describe the expected daily through out of the line. Why does this differ from you answer to number 17 Describe how this should impact production planning and management for this process What strategies can be used to achieve the highest throughput? 468 mework Variability and VUT 1 Consider a two station production line in which no inventory is allowed (No WIP. WIP left over after the day is discarded). Station Iconsists of a single machine that has a potential daily production of one, two, three, four, five, or sunits. Each of these potential outcomes is equally Wellyou could throw a dice and have it tell you how many nits were produced on any theoretical day Station 2 consists of a single machine that has potential daily production of either three or four units, both of which are equally Ivou could fi a coin with a 3 on one side and a 4 on the other side to determine the daily production on any given theoretical day) . Compute and describe the capacity of each station on werage in units per day. Is the Eine balanced do each of the stations have the same average capacity? 1. Compute and describe the expected daily through out of the line. Why does this differ from you answer to number 17 Describe how this should impact production planning and management for this process What strategies can be used to achieve the highest throughput