QUESTION 2 2.1 Cottrell Bicycle Co. has completed plans for its new assembly line. The company has identified 15 different tasks in the production process and the operations manager now faces the job of balancing the assembly line. He lists precedence relationships and provides time estimates for each step based on work-sampling techniques. His goal is to produce 120 bicycles per standard 40-hour workweek: Task Predecessoris Task Predecessors Time (minutes) Time (minutes) A 6 1 3 E 4 A J 9 E B c 7 K 11 F D 6 A L 12 G E 12 A M 18 HI F 3 Iz 10 J.F lo 9 B.C 5 L.MN G H 2 CD 2.1.1. Calculate the Positional Weight of each element (12) 18 PEI281S/101/0/2020 2.1.2. Calculate the theoretical number of workstation (4) 2.1.3. Calculate the balancing loss based on the theoretical minimum number of workstations in 2.1.2. (Show all calculations) 2) QUESTION 2 2.1 Cottrell Bicycle Co. has completed plans for its new assembly line. The company has identified 15 different tasks in the production process and the operations manager now faces the job of balancing the assembly line. He lists precedence relationships and provides time estimates for each step based on work-sampling techniques. His goal is to produce 120 bicycles per standard 40-hour workweek: Task Predecessoris Task Predecessors Time (minutes) Time (minutes) A 6 1 3 E 4 A J 9 E B c 7 K 11 F D 6 A L 12 G E 12 A M 18 HI F 3 Iz 10 J.F lo 9 B.C 5 L.MN G H 2 CD 2.1.1. Calculate the Positional Weight of each element (12) 18 PEI281S/101/0/2020 2.1.2. Calculate the theoretical number of workstation (4) 2.1.3. Calculate the balancing loss based on the theoretical minimum number of workstations in 2.1.2. (Show all calculations) 2)