need the answer now

Question 4 Not yet answered Marked out of 50.00 P Flag question Two machines are being compared. The first machine has a process time of 45 min per job on average with a variance of 625 min?. The machine operates for 8 hours on the average before it fails. Time to bring it back to a working condition is 3 hours on average with a variance of 8 hour? The second machine is similar, also with a process time of 45 min per job on average with a variance of 625 min? However it does not fail; instead it is stopped for tooling and adjustment every 8 hours on average and the adjustment time takes about 3 hours on the average with a variance of 8 hour? A. [25 marks] Compare the effective capacity of the two machines. How many units each machine can produce daily if the system operates for 12 hour per day? Is this comparison sufficient to select one of the two machines? Explain your answer. B. [20 marks] Compare and evaluate the effective levels of variability in each of the two machines. Make appropriate comments on the results of the comparison in part A and B here. Which machine would you prefer to use? Explain your answer C. [5 marks) If the two machines are having different levels of effective variability then what can we do to reduce the variability in the one with higher variability? Maximum file size: 100MB, maximum number of files: 1 Files Previous page Finish attempt.. In Class Assignment 1 Question 4 Not yet answered Marked out of 50.00 P Flag question Two machines are being compared. The first machine has a process time of 45 min per job on average with a variance of 625 min?. The machine operates for 8 hours on the average before it fails. Time to bring it back to a working condition is 3 hours on average with a variance of 8 hour? The second machine is similar, also with a process time of 45 min per job on average with a variance of 625 min? However it does not fail; instead it is stopped for tooling and adjustment every 8 hours on average and the adjustment time takes about 3 hours on the average with a variance of 8 hour? A. [25 marks] Compare the effective capacity of the two machines. How many units each machine can produce daily if the system operates for 12 hour per day? Is this comparison sufficient to select one of the two machines? Explain your answer. B. [20 marks] Compare and evaluate the effective levels of variability in each of the two machines. Make appropriate comments on the results of the comparison in part A and B here. Which machine would you prefer to use? Explain your answer C. [5 marks) If the two machines are having different levels of effective variability then what can we do to reduce the variability in the one with higher variability? Maximum file size: 100MB, maximum number of files: 1 Files Previous page Finish attempt.. In Class Assignment 1