Emma is choosing a weekly meeting time. She hopes to have two differentmanagers attend on a regular basis. The table shows the probabilities thatthe managers can attend on the days she is proposing.MondayWednesdayManager A0.820.87Manager B0.880.85Assuming that manager A's availability is independent of manager B'savailability, which day should Emma choose to maximize the probability thatboth managers will be available? Assuming that manager A's availability is independent of manager B'savailability, which day should Emma choose to maximize the probability thatboth managers will be available?A. Monday. The probability that both managers will be available is0.72.B. Wednesday. The probability that both managers will be available is0.74.C. Monday. The probability that both managers will be available is0.88.D. Wednesday The probability that both managers will be available is0.87

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Answered: availability, which day should Emma…

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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José plays basketball. He makes free throw shots 43% of the time. José must now attempt two free throws. The probability that José makes the second free throw given that he made the first is 0.49. Is José's first free throw shot independent of his second free throw shot? There is not enough information to determine whether or not the two free throws are independent of each other. The two free throws are dependent on each other. O The two free throws are independent of each other. What is the probability that José makes both free throws? Round your answer to three decimal places.
ASAP Please help me ASAP within an hour Bag A contains 3 red and 4 green balls, and bag B contains 2 red and 5 green balls. Two balls will be drawn randomly from bag A and they will be transferred to bag B. One ball will be drawn from bag B. A. Find the probability that a green is drawn from B. B. Find the probability that a red is drawn from B given that two greens are drawn from A. C. Find the probability that a green is drawn from B given that a red-green combination is drawn from A.
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Plzzz solve and choose correct option.
Becky and Carla take an advanced yoga class. Becky can hold 29% of her poses for over a minute, while Carla can hold 35% of her poses for over a minute. Suppose each yoga student is asked to hold 50 poses. Let B the proportion of poses Becky can hold for over a minute and C = the proportion of poses Carla can hold for over a minute. What is the probability that Becky's proportion of poses held for over a minute is greater than Carla's? Find the z-table here. O 0.159 O 0,259 0 0.448 O 0,741 Save and Exit Next Submit Math and rem 96 & 7 8 9. 10
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Helen plays basketball. Helen must now attempt two free throws. C = the event that Helen succeeds on the first shot with P(C) = 0.50. D = the event Helen succeeds on the second shot with P(D)= 0.50. The probability that Helen succeeds on the second shot given that she succeeds on the first one is 0.63. What is the probability that Helen succeeds in both shots?
please answer in text form and in proper format answer with must explanation , calculation for each part and steps clearly
Luis is playing a paint ball game. To win, he must capture the flag and choose the correct escape route. The chance that he captures the flag is 62%. The chance that he chooses the correct escape route is 68%. The probability that he does both is 41%. Create a Venn Diagram and determine the probability that: He captures the flag and chooses the correct route He only captures the flag He only chooses the correct route He doesn’t complete either task
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Q1. Some couples planning a new family would prefer at least one child of each sex. The probability that a couple’s first child is a boy is 0.512. In the absence of technological intervention, the probability that their second child is a boy is independent of the sex of their first child, and so remains 0.512. Imagine that you are helping a new couple with their planning. If the couple plans to have only two children: What is the probability that at least one girl is born?

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