urgently please help

Aerospace Ventures has forecast orders for its new two engine turboprop passenger plane at the rate of 380 aircraft per year. It is currently in the process of planning its production line, which will consist of several aircraft assembly teams that carry out the tasks assigned to them (this is similar to workstations, except that the aircraft do not move from station to station). The tasks and related times (in hours) and precedence relationships are given in the table below. The comnanv would like to know the number of assemblv teams required and what tasks they carry out so that it can plan the process. The operational details for the new process line are as follows: 3 shifts per day, 7 days per week, 52 weeks per annum. Each shift consists of 8 hours with a 1 hour break, during which no work is carried out. (i) Determine the Cycle and Takt times (4 marks) Cycle time: hours Takt time: hours (ii) Determine the number of teams (workstations) under the following TWO separate rules: (i.e. you need to perform separate analyses for each rule) (8 marks) 1. Priority for activities that are feasible with the largest duration 2. Priority for activities with the largest number of followers, and if tied, then priority for activities with the largest duration Priority for activities that are feasible with the largest duration Number of teams (workstations): Priority for activities with the largest number of followers, and if tied, then priority for activities with the largest duration Number of teams (workstations): (iii) For each scenario, determine the efficiency (as a percentage) of the entire process line ( 8 marks) Priority for activities that are feasible with the largest duration Efficiency: Priority for activities with the largest number of followers, and if tied, then priority for activities with the largest duration Efficiency