Each step has one dedicated person (total of four people) All employees work 6-hours each day...

   

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Each step has one dedicated person (total of four people) All employees work 6-hours each day Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 How many widgets can be produced each day?? Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order Widgets: Part-2 (2 of 4) Each step has one dedicated person (total of four people) All employees work 6-hours each day Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 Which is the bottleneck? Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order Widgets: Part-3 (3 of 4) Each step has one dedicated person (total of four people) All employees work 6-hours each day Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 What is the capacity utilization % of the Step-1 employee? Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order Widgets: Part-4 (4 of 4) Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order By combining steps employees can conduct more than one activity. What is the minimum number of employees needed if they want to maintain a capacity rate of at least 10 widgets/hour? Assume the process is already up and running. Each step has one dedicated person (total of four people) All employees work 6-hours each day Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 How many widgets can be produced each day?? Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order Widgets: Part-2 (2 of 4) Each step has one dedicated person (total of four people) All employees work 6-hours each day Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 Which is the bottleneck? Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order Widgets: Part-3 (3 of 4) Each step has one dedicated person (total of four people) All employees work 6-hours each day Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 What is the capacity utilization % of the Step-1 employee? Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order Widgets: Part-4 (4 of 4) Task A. Step-1 B. Step-2 C. Step-3 D. Step-4 Time 1 minute/order 3 minutes/order 4 minutes/order 2 minutes/order By combining steps employees can conduct more than one activity. What is the minimum number of employees needed if they want to maintain a capacity rate of at least 10 widgets/hour? Assume the process is already up and running.

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Lets break down each of the questions Part 1 How many widgets can be produced each day Given the tim... View the full answer