__ . . . . . I [77": question Is Inspired by real data from the government of Nova Scotia.) The NOVa Scotia Family Fharmacare Program is an insurance plan available to some residents of the province. There are . 6 many members of this program and the province has a lot of quantitative data available; in thls problem we will focus on the number of Prescriptions covered by the program. The proportion of Prescnphons covered by the program for members in each age group is shown in the table below. :3 Age Youth Young Adult Middle Age Senior Elderly (0-19) (20-39) (40-54) (554:4) (65+) Probability 0.120 0.247 0.213 ( See Question 1, 0.087 below) 'r 1) If a Prescription covered by the Family Pharmacare Program is randomly selected, what is the probability that it was for a Senior? [3 (Answer to 3 decimal places) 2) What is the probability that two randomly selected Prescriptions are all from the Middle Age group? D (Round your answer to _4_ decimal places - note that this is different from the others which ask you to round to three decimal places.) 3) What is the probability that a randomly selected Prescription was for a Youth or a Young Adult? D (Answer to 3 decimal places.) 4) What is the probability that among three randomly selected Prescriptions that none at them were from the Elderly group? D (Round your answer to 3 decimal places.) 5) What is the probability that among three randomly selected Prescriptions that at least one was from the Elderly group? D (Round your answer to 3 decimal places.) 6)Aresearcher examining the Family Pharrnacare Program dataset says: Each Prescription can only be associated with one age group, so this means that "Youth' and "Young Adult' are independent events. Which of the following is the best response to the researcher? O A. This is CORRECT, but I'Youtl'i" and "Young Adult\" are ALSO disjoint (mutually exclusive) events. 0 B. This is INCORRECT because youths will grow into young adults