15. A jar contains 36 disks: 9 each of four colors - red, green, blue, and yellow. Each set of disks of the same color isnumbered from 1 to 9. Suppose you draw one disk at a random from the jar. Define events B: get a blue disk, andE: get a disk with number 8.a) Make a two-way table that describes the sample space in terms of events B and E.b) Find P(B) and P(E).c) Write the event "blue eight" in symbolic form. Then find the probability of this event.d) Explain why P (BU E) # P(B) + P(E). Then use the general addition rule to compute P(BU E).19. A national survey interviewed several thousand teens in grades 7 through 12. One question was "What do youthink are the chances you will be married in the next 10 years?" Here is a segmented bar chart of the responses bygender. Use the graph to discuss if there is an association between gender and responses to this question.Percent10080-604020-0Female MaleAlmost certainA good chanceA 50-50 chanceSome chance, probably not■Almost no chance

The information provided in the question are as follows : “Since you have asked multiple question,…

15. A jar contains 36 disks: 9 each of four colors - red, green, blue, and yellow. Each set of disks of the same color is numbered from 1 to 9. Suppose you draw one disk at a random from the jar. Define events B: get a blue disk, and E: get a disk with number 8. a) Make a two-way table that describes the sample space in terms of events B and E. b) Find P(B) and P(E). c) Write the event "blue eight" in symbolic form. Then find the probability of this event. d) Explain why P(BUE) # P(B) + P(E). Then use the general addition rule to compute P(BUE).

15. A jar contains 36 disks: 9 each of four colors - red, green, blue, and yellow. Each set of disks of the same color is numbered from 1 to 9. Suppose you draw one disk at a random from the jar. Define events B: get a blue disk, and E: get a disk with number 8. a) Make a two-way table that describes the sample space in terms of events B and E. b) Find P(B) and P(E). c) Write the event "blue eight" in symbolic form. Then find the probability of this event. d) Explain why P(BUE) # P(B) + P(E). Then use the general addition rule to compute P(BUE).

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter0: Preparing For Algebra

Section0.11: Simple Probability And Odds

Problem 13E

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