of 16Suppose a high school gymnasium bag contains volleyballs, basketballs, andsoccer balls. During physical education class, the coach randomly selects a ball0.450.37from the bag. The ball the coach selects determines what sport the students playthat day. If she selects a volleyball, the students play volleyball that day, and so0.450.18on.The tree diagram shows the possible outcomes with their probabilities for twoconsecutive physical education classes. Determine the probability that thestudents will play volleyball two days in a row. Give your answer as a decimalprecise to two decimal places.0.450.370.370.180.180.450.370,18

The tree diagram of the possible outcomes for two consecutive physical education classes with…

Answered: Suppose a high school gymnasium bag…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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You select a family with four children. If M represents a male child and F a female child, the set of equally likely outcomes for the children's genders is shown below. Find the probability of selecting a family with at least one female child. {FFFF, FFFM, FFME, EMEE, MEFF, MFFM, MEME, MMFF, FFMM, FMFM, FMMF, FMMM, MFMM, MMFM, MMMF, MMMM} The probability of having at least one female child is (Type an integer or a simplified fraction.) C
If 20 percent of the people in a certain city use the emergency room at a hospital in a year. find these probabilities for a sample of 12 people. a. at most three used the emergency room. b. exactly three used the emergency room. c. at least five used the emergency room.
April has a bag with 7 blue sweets and 3 red sweets in it She picks up a sweet at random from the bag, replaces it and then picks again at random. Draw a tree diagram to represent this situation and use it to calculate the probabilities that she picks: Two red sweets No red sweets At least one blue sweet
Four people buy raffle tickets and place all of their tickets into a hat. Raphael bought 8 tickets, Leonardo bought 3 tickets, Michelangelo bought 4 tickets, and Donatello bought 14 tickets. If a person randomly selects one raffle ticket from the hat, what is the probability that Raphael purchased the ticket? Write your answer as a decimal and round three decimal places.
In a group of 80 students, there are 50 girls and 30 boys such that 65% of the girls graduated from private schools and 15% of the boys graduated from private schools. If a student is randomly selected from this group, find the probability that the selected student graduated from a private school (use the shown tree diagram for your solution). Private School girls Public School Private School boys Public School O 0.800 0.406 O 0.538 O 0.463
Draw and appropriate tree diagram, and use the multiplication principle to calculate the probabilities of all the outcomes. Each day, there is a 20% chance that you will sell an automobile. You know that 30% of all the automobiles you sell are two-door models and the rest are four-door models.
Choose an American adult at random. The probability that you choose a woman is 0.52. The probability that the person you choose has never married is 0.24. DRAW A TREE DIAGRAM to find the probability that the person you choose is a woman who has been married.
Help, please.
There are 20 chips in a bag. 10 are blue, 5 are red, 4 are green, and 1 is gold. If you pick the gold chip, you win $12. If you pick a green chip you win $5. If you pick a red chip, you win $4. If you pick a blue chip, you lose $10. Find your expectation for this game.
Kevin is hiring two interns, and all applicants are either enrolled at Reading College (R) or Beekman College (B). He randomly picks two interns from the entire set of applicants. The tree diagram below shows the probabilities of the different outcomes. Based on the diagram, what is the probability of hiring two interns from Reading College? Provide the final answer as a fraction.

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