The tri line at Toyota is embly line that feede into the chosline. Thiely lime in 13 traks and met handle 20 ans per hour. In addition to the al precedence constraints, there are two woning constraints. First, takk and L. should be signed to the same in both common component, and signing them to the same station conserve song space. Second, task Handet be performed at the same station for you. Ta del as follow Work Tik Tuli) 04 13 A A F G H 1 OLS 03 14 14 14 1 0.5 H LO OH LKL a Construct a precedence diagram of the sembly line (5 points) b. Calculate the theoretical minimum number of workstations and balance this line using the longest tack time heuristie. (10 points) c. Calculate the efficiency and balance delay of the line (5 points) M Task Predecessor (8) Work Task B D E F G H I J K L M Task Time (seconds) 1.8 0.4 1.6 1.5 0.7 0.5 0.8 1.4 1.4 1.4 0.5 1.0 0.8 A A E B D F, G H J I, K, L a. Construct a precedence diagram of the assembly line (5 points) b. Calculate the theoretical minimum number of workstations and balance this line using the longest task time heuristic. (10 points) c. Calculate the efficiency and balance delay of the line (5 points) The tri line at Toyota is embly line that feede into the chosline. Thiely lime in 13 traks and met handle 20 ans per hour. In addition to the al precedence constraints, there are two woning constraints. First, takk and L. should be signed to the same in both common component, and signing them to the same station conserve song space. Second, task Handet be performed at the same station for you. Ta del as follow Work Tik Tuli) 04 13 A A F G H 1 OLS 03 14 14 14 1 0.5 H LO OH LKL a Construct a precedence diagram of the sembly line (5 points) b. Calculate the theoretical minimum number of workstations and balance this line using the longest tack time heuristie. (10 points) c. Calculate the efficiency and balance delay of the line (5 points) M Task Predecessor (8) Work Task B D E F G H I J K L M Task Time (seconds) 1.8 0.4 1.6 1.5 0.7 0.5 0.8 1.4 1.4 1.4 0.5 1.0 0.8 A A E B D F, G H J I, K, L a. Construct a precedence diagram of the assembly line (5 points) b. Calculate the theoretical minimum number of workstations and balance this line using the longest task time heuristic. (10 points) c. Calculate the efficiency and balance delay of the line (5 points)