(Solved): Process Flow Diagram 1 Process Flow Diagram 1 for Making a Shirt Consider the following process ...

Process Flow Diagram 1 Process Flow Diagram 1 for Making a Shirt Consider the following process flow diagram for making a shit. All steps $?A,B,C,D$, and $E\}$ are necessary to create each finished unit (shirt). Each step employs a single worker. Exact task times, in minutes/unit, are shown at each step, For example, it takes exactly 4 minutes to stitch the front and back of the shirt. Refer to the Process Flow Diagram 2 for Making a Shirt, with an Additional Worker. If the entre system (all processes) is operating at the pace of the bottleneck, what is the system's capacity? A) 0.1 unit/minute B) 5 units/hour a. A only b. None of the answers are correct. c. Both $\mathrm{A}$ and $\mathrm{B}$ are correct d. B only Refer to the Process Flow Diagram 1 for Making a Shirt. Assume that the process operates eight hours a cay. What is its dally capacisy, in unsts per day? a. 48 units/day b. 40 unitsiday C. 13 units/day d. 96 units/day Cloar my chcice Process Flow Diagram 2 Precess Flow Diagram 2 for Meking a Shirt with an Additional Worker Ail steps (A, B. C. D, and E) in the below process are necessary to create each finished unit. Task. times are shown for each step. A second worker has been hired to duplicate task $D$. Now shirts that have been through task $C$ go to any one of the two workers on task $D$. The product still requires the five steps $(A,B,C,D,E$ ) Refer to the Process Flow Diagram 2 for Making a Shirt, with an Additional Worker. Assume the entire process is nunning at the pace of the bottleneck. Consider only task B. What is the capacity ctilization for preparing the back? a. $100\%$ b. $40\%$ c. $50\%$ d. $60\%$ Clear my choice Refer to the Process How Diagram 2 for Making a 5hirt, with an Additional Worker, if the entire system [all processes) is cperating at full capasity, what is the system cycle time? a. 5 minutes/unit b. 10 minutes/unit c. 12 minutes/unit d. 4 minutes/unit Refer to the Process Flow Diagran 1 for Making a Shirt, Consider only the task of prepaning the front, task A, in isolation from the rest of the process. What is rask A's cycle time? a. 5 minutes/unit b. 12 minutes/unit c. 10 minutes/unit Clear my choike