calculate the probability of getting exactly 3 defective items in a batch of 10, where the probability of a defect is 0.2. explain

Kilmer Company's customer demand for its only product exceeds its manufacturing capacity. The company provided the following information for the machine whose limited capacity is prohibiting the company from producing and selling additional units: Actual run time this week Machine time available per week Actual run rate this week Ideal run rate Defect-free output this week Total output this week (including defects) 1-a. Utilization rate 1-b. Efficiency rate. 1-c. Quality rate 1-d. Overall equipment effectiveness 7,500 minutes 12,500 minutes 2-a. Utilization loss in units 2-b. Efficiency loss in units 2-c. Quality loss in units 6.30 units per minute 7 units per minute Required: 1. and 2. With respect to the company's overall equipment effectiveness, calculate the following: Note: Do not round intermediate calculations. Round final answers to 2 decimal places and "Units" answers to the nearest whole number. 37,800 units 47,250 units

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Handwriting not allow please And give me complete answer

Consider a book has a number of typographical errors on a single page of this book with the average rate of 1/2. Calculate the probability that there is at least TWO errors on a page?

8) Chapter 3: Problem 3.21: One of the inspectors in the quality control department has frequently used the Brinell and Rockwell hardness tests, for which equipment is available in the company. He claims that the Rockwell hardness test is based on the same principle as the Brinell test, which is that hardness is measured as the applied load divided by the area of the impression made by an indentor. Is he correct? If not, how is the Rockwell test different?

OM A customer has recently tightened the specs for a part your company supplies. The specs are now much tighter than the machine being used for the job is capable of. Briefly identify alternatives you might consider to resolve this problem.

You have the following information: (IMAGE) Taking into account the above, answer the following questions: 1) Calculate the safety stock that allows for 5 stockouts in a year. 2) Calculate the reorder point that will allow for these 5 stockouts in a year. 3) Calculate the number of stockouts in a year, corresponding to a safety factor of 0.84. 4) Calculate the reorder point that allows the number of stockouts corresponding to a safety factor of 0.84.

Explain the term degree of indeterminacy? Give an example?

Monthly delivery rate for a part supplied to an automotive assembly plant is 12,500 pc. There are 20 working days in February and 22 working days in March.  The effective operating time of the plant is 840 min per day (two shifts).  The fraction defect rate for the component is 0.017, and the automated machine that produces the part has an availability of 96%.  Determine the takt time for this part during (a) February and (b) March.