It takes an operator 1.60 minute to service a machine and 0.4 minute to walk to the next machine. Each machine runs automatically for 6 minutes, the operator ears $12.00/hour and the machines cost $18.00/hour to run. After calculating n1 and n2, How much is the production rate per hour R, with n1 and n2? OARn1 = 31.6 Rn2 = 33 3 O.B. Rn1 = 27.3 Rn2 = 35.3 O C. Rn1 # 23.7 Rn2 = 30 O D Rn1 = 48 Rn2 - 54 5It takes an operator 1.60 minute to service a machine and 0.4 minute to walk to the next machine. Each machine runs automatically for 6 minutes, the operator ears $12.00/hour and the machines cost $18.00/hour to run. After calculating n1 and n2, How much is the production rate per hour R, with n1 and n2? OARn1 = 31.6 Rn2 = 33 3 O.B. Rn1 = 27.3 Rn2 = 35.3 O C. Rn1 # 23.7 Rn2 = 30 O D Rn1 = 48 Rn2 - 54 5A new assembly line has 5 distinct operations. The minutes required by each operation are the following 01 - 145 02 - 1.52 03 -2.45 04 - 1.85 05 - 1.24 The line most produce 1400 units per day in an 8-hour shift. The number of operators needed for a 80% efficiency are OA 19 O-B 10 OC 31 O D 15 OE 25A new assembly line has 5 distinct operations. The minutes required by each operation are the following 01 - 145 02 - 1.52 03 -2.45 04 - 1.85 05 - 1.24 The line most produce 1400 units per day in an 8-hour shift. The number of operators needed for a 80% efficiency are OA 19 O-B 10 OC 31 O D 15 OE 25