Rework problem 28 from section 3.1 of your text, involving the inspection of refrigerators on an assembly line. You should still assume that no refrigerator has both too much and too little enamel; however, use the table below instead of that given in your book to answer the following questions. Event Probability Too much enamel 0.23 Too little enamel 0.19 Uneven application 0.35 No defects noted 0.45 (4, What is the probability of a paint defect? (2) What is the probability of a paint defect which includes an improper amount of paint? What is the probability of a paint defect which results from an improper amount of paint and uneven application?

QUESTION 4 Classify the two events as independent or dependent. A: You cook your chicken improperly. B: You get salmonella poisoning. Independent Dependent QUESTION 5 Find the indicated probability. n ohudy of two airlines which fly to Small Town

QUESTION 1 The number of car accidents in small city caused by reckless drivers has heighted concern over the road safety. The traffic authorities of the city recorded a daily average of two such accidents. The probability that a) There are less than 3 accidents in a single day b) There are at least 5 accidents in three days

Questions 1. The Jones family was one of the first to come to the U.S. They had 5 children. Assuming that the probability of a child being a girl is .5, find the probability that the Jones family had:at least 3 girls? at most 3 girls? 2. A high school baseball player has a 0.168 batting average. In one game, he gets 7 at bats. What is the probability he will get at least 2 hits in the game?3. The correct size of a nickel is 21.21 millimeters. Based on that, the data can be summarized into the following table:   Too Small Too Large Total Low Income 12 28 40 High Income 25 10 35 Total 37 38 75 Based on this data: (give your answers to parts a-c as fractions, or decimals to at least 3 decimal places. Give your to part d as a whole number.)a) The proportion of all children that drew the nickel too small is:   Assume that this proportion is true for ALL children (e.g. that this proportion applies to any group of children), and that the remainder of the questions in this…