Question 1 (50 pts) - Process Analysis Consider the following multi-step process. 2: Make the body 1: Preparing raw material Buffer A Buffer B 4: Assemble parts 3: Make the attachments Activity 1 is done by worker A and takes 4 minutes per unit. Activity 2 is done by worker B and takes 5 minutes per unit. Activities 3 and 4 are done by worker C and take 3 minutes and 5 minutes per unit, respectively. Part 1 (10 pts): What are the capacities of workers A, B, and C? Part 2 (5 pts): What is the bottleneck of the process? Part 3 (5 pts): Is the current level of resources sufficient to satisfy a demand of 8 orders per hour? Question 1 (50 pts) - Process Analysis Consider the following multi-step process. 2: Make the body 1: Preparing raw material Buffer A Buffer B 4: Assemble parts 3: Make the attachments Part 4 (5 pts): If you can hire an additional worker, what step of the process will you assign the worker to? Part 5 (5 pts): What will the capacity of the process be after making the adjustment suggested in the previous part? Assume that all workers have similar skill sets and thus have the same processing times with respect to each of the activities. Part 6 (5 pts): If you cannot hire additional workers, can you improve the process capacity by making any adjustments to the resource allocation? What would that adjustment be? Assume that all workers have similar skill sets and thus have the same processing times with respect to each of the activities. Part 7 (5 pts): What is the new capacity of the process if you make the adjustment suggested in the last part? Part 8 (5 pts): What is the customer's order lead time if the firm adopts a make-to-order approach? Part 9 (5 pts): What is the customer's order lead time if the firm adopts an assemble-to-order approach. Hint: In the assemble-to-order environment, all the steps prior to assembly are completed before the customer order. The customer order triggers the assembly sub-process. . Activity 1 is done by worker A and takes 4 minutes per unit. Activity 2 is done by worker B and takes 5 minutes per unit. Activities 3 and 4 are done by worker C and take 3 minutes and 5 minutes per unit, respectively. Part 1 (10 pts): What are the capacities of workers A, B, and C? Part 2 (5 pts): What is the bottleneck of the process? art 3 (5 pts): Is the current resources su to satisfy a demand of 8 orders per hour