8. A manufacturing cell is set up with three operators sharing 7 operations. The operations and operator responsibilities are shown below: Cutting (35 seconds) Welding (50 seconds) Grinding (25 seconds) Painting (60 seconds) Final assembly (48 seconds) Quality inspection (35 seconds) Packing (30 seconds) a. Based on these numbers, how many parts can be produced in an hour when production reaches a steady-state condition? Translate that into parts per employee-hour. b. If five operators are working in the cell, how would you configure the cell and how many parts per employee hour would result from the new configuration? c. Which configuration is more efficient from a labor point of view? 8. A manufacturing cell is set up with three operators sharing 7 operations. The operations and operator responsibilities are shown below: Cutting (35 seconds) Welding (50 seconds) Grinding (25 seconds) Painting (60 seconds) Final assembly (48 seconds) Quality inspection (35 seconds) Packing (30 seconds) a. Based on these numbers, how many parts can be produced in an hour when production reaches a steady-state condition? Translate that into parts per employee-hour. b. If five operators are working in the cell, how would you configure the cell and how many parts per employee hour would result from the new configuration? c. Which configuration is more efficient from a labor point of view