Enter the missing positional weights in the table above. Using greatest positional weight and a tie breaker rule of the most number of following tasks, the task assignments for each work stations are as follows (in the order they are assigned based on the rules given): WS # 1: WS # 2: WS # 3: WS # 4: The actual cycle time is seconds. The efficiency for this assembly line is percent. FORMAT to enter your response: Work Stations: If you assign A, C, and B to WS # 1 enter your response as A-C-B with no spaces between. There might be extra work station(s). If no task is left to be assigned to an empty station enter none. Efficiency: No decimal. Round to the nearest integer. Yory woor, IU VIULUIU VITI U r purcuyurve VIURUCUT Duyu For UTULIU TUO vopre LUUT VIRTULUI Duy von Uru paper bag stuffed with candy. Each bag has a character's face drawn on it, with yarn hair and paper arms and legs attached. For the past few years, several sisters have worked individually, putting together bags on their own. But because some of the women are much better artists than others, the quality of the Monster Bags has varied greatly. ADP has been thinking about this problem. They realize that making each bag really consists of several steps as listed in the following table. They decide that ideal solution would be to develop a little production line to make the bags. This way the most talented artists can focus on what they do best-drawing the characters' faces. They also developed the time estimates and predecessor data for the tasks, which are also provided in the table. ADP needs to make 197 bags. Getting volunteers to help wouldn't be a problem if they could get all the bags done in four hours. Task Immediate Predecessor Time (seconds) 57 Positional Weight 104 A: Draw the face on the bag None B: Cut out the arms and legs 47 None C: Attach the arms and legs 28 B 50 D: Cut the yarn for the hair 20 None 67 E: Attach the hair to the bag 25 A,D 12 CE 22 F: Fill the bag with candy G: Staple the bag closed The cycle time is 10 F 10 seconds. The theoretical number of workstations is Enter the missing positional weights in the table above. Using greatest positional weight and a tie breaker rule of the most number of following tasks, the task assignments for each work stations are as follows (in the order they are assigned based on the rules given): WS # 1: WS # 2: WS # 3: WS # 4: The actual cycle time is seconds. The efficiency for this assembly line is percent