Provide neat & clean full solution for good rating !

Three product models, A, B and C, are to be produced on a mixed model assembly line. Hourly production rate and work content time for model A are 5 units/hr and 32.0 min, respectively, for model B are 10 units/hr and 24.0 min, respectively, and for model C are 10 units/hr and 28.0 min, respectively. The line repositioning time is 0.15 min. 1. Determine how many workers and workstations must be on the production line in order to complete this workload. (Assume line efficiency = 0.95, balance efficiency = 0.93, and manning level = 1). 2. Calculate the fixed rate launching interval and 3. Determine the launch sequence of models A, B and C during one hour of production. Assembly line design and operational features Your short answer Number of work station Fixed rate launching interval (minutes) Fixed rate launching sequence of models A, B and C. during one hour of production (show only the list (e.g. ABC..... up to final launch). Detail calculation has to be shown only in the booklet. Three product models, A, B and C, are to be produced on a mixed model assembly line. Hourly production rate and work content time for model A are 5 units/hr and 32.0 min, respectively, for model B are 10 units/hr and 24.0 min, respectively, and for model C are 10 units/hr and 28.0 min, respectively. The line repositioning time is 0.15 min. 1. Determine how many workers and workstations must be on the production line in order to complete this workload. (Assume line efficiency = 0.95, balance efficiency = 0.93, and manning level = 1). 2. Calculate the fixed rate launching interval and 3. Determine the launch sequence of models A, B and C during one hour of production. Assembly line design and operational features Your short answer Number of work station Fixed rate launching interval (minutes) Fixed rate launching sequence of models A, B and C. during one hour of production (show only the list (e.g. ABC..... up to final launch). Detail calculation has to be shown only in the booklet