The first worker has operations 3.4,5,6, and 7. The second worker has operation 1, 2 and 8. With the input and output area. Note: the operation times and walk time are shown for each worker. The holding unit shown by the black square. After completing a piece at operation 1, the second worker drops a piece off at holding area A and processed to the piece at area B. Then he completed the work on that unit at operation 2 and 8, and placed the unit in the out area. Determine the: a) Cell capacity if the workday 7 hr. b) The idle time. c) If the task time 238 sec/unit, draw the line balance. d) If the task time per station 11.6 sec, determine the maximum cycle time for longest machine CTm. e) In addition, the capacity for machine cell if the workday 6 hr. 50 5) 45 35 15 A 50 45 12 90 60 The first worker has operations 3.4,5,6, and 7. The second worker has operation 1, 2 and 8. With the input and output area. Note: the operation times and walk time are shown for each worker. The holding unit shown by the black square. After completing a piece at operation 1, the second worker drops a piece off at holding area A and processed to the piece at area B. Then he completed the work on that unit at operation 2 and 8, and placed the unit in the out area. Determine the: a) Cell capacity if the workday 7 hr. b) The idle time. c) If the task time 238 sec/unit, draw the line balance. d) If the task time per station 11.6 sec, determine the maximum cycle time for longest machine CTm. e) In addition, the capacity for machine cell if the workday 6 hr. 50 5) 45 35 15 A 50 45 12 90 60