Q1 Table 1 shows the snapback stopwatch timing method for a worker machine task. Element A, B, and D are worker controlled elements. Element C is machine controlled element. Performance for all element is 100% except element B is 90%. Every four cycles, there is an irregular worker element that takes 6 minutes rated at 120% performance. Nabhan Hakim, Manager of Industrial Engineering Division at BMFI Enterprise received a request from customer for 120 units per week with price quotation of RM19.00 per unit. You have to conduct a time study on the task to determine the standard time. The fatigue allowance should be 6% because the detailed work required of the task. The company has an established personal allowance of 4% and previous record shows the delay was 2%. The workday is 7.5 hours, but operators are paid for 8 hours at an average of RM7 per hour with 5 working days per week, and the overhead and material cost per unit is RM3.00. Analyse whether FKP Enterprise should accept or reject the request with 95% confidence level and accuracy 6% of the data collected. Table 1: Time Study Data Information Description of element Element A B Observation Time (minutes) 1 2 3 4 Get component from tray, cut to size, and load to machine 6.24 6.37 6.26 6.33 Enter machine settings for next 1.25 1.26 1.26 1.25 cycle Automatic cycle controlled by C machine settings entered in 5.00 5.00 5.00 5.00 previous cycle Unload machine and place D component on next 1.61 1.46 1.51 1.42 workstation. (40 marks)