(Reliability Sequential Test) In the reliability sequential qualification test, suppose that the specified mean failure rate (# of failures per 10,000 hours) is 10 with a STD of 1. If the decision thresholds are set at 2 STD above and 3 STD below the mean (see the attached figure), Rejection region Continue testing region Acceptance region Test Time (a) Define the producer's risk and compute its value. (b) If the true failure rate is 11, define the user's risk and compute its value. (c) In order to reduce the producer's risk to 0.01, what is the new decision threshold? What is the resulting user's risk in (b)? (Reliability Sequential Test) In the reliability sequential qualification test, suppose that the specified mean failure rate (# of failures per 10,000 hours) is 10 with a STD of 1. If the decision thresholds are set at 2 STD above and 3 STD below the mean (see the attached figure), Rejection region Continue testing region Acceptance region Test Time (a) Define the producer's risk and compute its value. (b) If the true failure rate is 11, define the user's risk and compute its value. (c) In order to reduce the producer's risk to 0.01, what is the new decision threshold? What is the resulting user's risk in (b)