Wattage Good Defective Total A quality control inspector is checking a sample of lightbulbs for defects. The table 20 92 9 101 summarizes the results. If one of these 50 89 10 99 lightbulbs is selected at random, find the 72 83 probability that the lightbulb is good. 100 11 Total 253 30 283 . . . . . P(lightbulb is good) =] (Simplify your answer. Type an integer or a fraction.)The accompanying table shows the number of cars of two different brands sold at a dealership during a certain month. The number of coupes and sedans is also shown. Vehicle Brand 1 Brand 2 Total % If one of these vehicles is selected at random, determine the probability that the vehicle selected was Brand 2, given that the vehicle was a sedan. fT The probability that the vehicle was Brand 2, given that it was a sedan, is 1:]. (Round to four decimal places as needed.) The accompanying table shows the number of cars of two different brands sold at a dealership during a certain month. The number of coupes and sedans is also shown. Vehicle Brand 1 Brand 2 Total % If one of these vehicles is selected at random, determine the probability that the vehicle was Brand '1, given that the vehicle selected was a coupe. TN The probability that a vehicle was Brand 1, given that the vehicle was a coupe, is D. (Round to four decimal places as needed.) The following table shows the results of a coffee taste test given at a local grocery store. Brand A Brand B Total Men 56 45 101 Women 49 73 122 Total 105 118 223 a) If one of these individuals is selected at random, find the probability that the individual selected prefers Brand A. b) If one of these individuals is selected at random, find the probability that the individual selected is a man, given that the person prefers Brand A.The faculty of a community college were surveyed to determine the brand of Brand Brand Brand Total smartphone they owned. The results are shown. If one of these individuals is selected A B C en 25 35 20 80 omen 35 10 15 60 at random, nd the probability that they own a Brand B smartphone, given they are a woman. Rial P(Brand B | woman)= |:| (Round to four decimal places as needed.) Good Defective Total A quality control inspector is checking a Wattage sample of lightbulbs for defects. The table 20 78 8 86 summarizes the results. If one of these 50 lightbulbs is selected at random, find the 53 10 63 probability that the lightbulb is defective, given 100 56 14 70 that it is 20 watts. Total 187 32 219 . . . . . The probability is. (Simplify your answer. Type an integer or a fraction.)The faculty of a community college were surveyed to determine the brand of Faculty Brand Brand Brand Total smartphone they owned. The results are shown to the right. If one of these individuals A B C is selected at random, find the probability their smartphone is Brand B, given the Men 25 15 45 85 faculty member is a man. Women 60 15 30 105 Total 85 30 75 190 . . . . . The probability is (Round to four decimal places.)A quality control inspector is checking a Total sample of light bulbs. The table summarizes 20 55 11 66 her results. If one of the light bulbs is selected at random, nd the probability that the light 50 61 11 72 bulb is defective, given that it is a 20 or 50 watt 100 73 11 84 mm" Total 189 33 222 The probability is :|. (Simplify your answer. Type an integer or a fraction.) The faculty of a community college were surveyed to determine the brand of Faculty Brand Brand Brand Total smartphone they owned. The results are shown to the right. If one of these individuals A B C is selected at random, find the probability that they are a man, given the faculty Men 40 15 40 member owns a Brand B smartphone. 95 Women 40 5 15 60 Total 80 20 55 155 . . . . . The probability is. (Round to four decimal places as needed.)The accompanying table shows the number of cars of two different brands sold at a dealership during a certain month. The number of coupes and sedans is also shown. Vehicle Brand1 ' Brand2 ' Total 91 If one of these vehicles is selected at random, determine the probability that it was a sedan, given that the vehicle selected was Brand 1. The probability that a vehicle was a sedan, given that it was Brand 1, is D (Round to four decimal places as needed.)