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Get Full Access to Probability And Statistics For Engineers And The Scientists - 9 Edition - Chapter 2 - Problem 100e
Get Full Access to Probability And Statistics For Engineers And The Scientists - 9 Edition - Chapter 2 - Problem 100e

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Jay and Maurice are playing a tennis match. In one

ISBN: 9780321629111 32

Solution for problem 100E Chapter 2

Probability and Statistics for Engineers and the Scientists | 9th Edition

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Problem 100E

Jay and Maurice are playing a tennis match. In one particular game, they have reached deuce, which means each player has won three points. To finish the game, one of the two players must get two points ahead of the other. For example, Jay will win if he wins the next two points (JJ), or if Maurice wins the next point and Jay the three points after that (MJJJ), or if the result of the next six points is JMMJJJ, and so on. a. Suppose that the probability of Jay winning a point is .6 and outcomes of successive points are independent of one another. What is the probability that Jay wins the game? [Hint: In the law of total probability, let AI = Jay wins each of the next two points, A2 = Maurice wins each of the next two points, and A3 = each player wins one of the next two points. Also let p = P(Jay wins the game). How does p compare to P(Jay wins the game I A3)?] b. If Jay wins the game, what is the probability that he needed only two points to do so?

Step-by-Step Solution:
Step 1 of 3

Answer: Step1: Given that, Jay and Maurice are playing a tennis match. In one particular game, they have reached deuce, which means each player has won three points. To finish the game, one of the two players must get two points ahead of the other. For example, Jay will win if he wins the next two points (JJ), or if Maurice wins the next point and Jay the three points after that (MJJJ), or if the result of the next six points is JMMJJJ, and so on. Step2: a). Given that, Probability of Jay winning a point is P(A 1 = 0.6 Probability that Maurice wins a point is P(A ) = 0.4. 2 To find the probability that Jay wins the game. Jay requires two additional points to win the game. P(jay) = P(A )1+ P(A ) 2 P(A A 1 2 = P(A ) + P(A ) P(A ) .P(A ) 1 2 1 2 = (0.6) + (0.4) 0.6 0*4 P(jay) = 0.76 Therefore, the probability that Jay wins the game is 0.76. Step3: b). Given that if Jay wins the game. The aim is to find the probability that he needed only two points. 0.6×0.6 P(needed two points/jay won the game) = 0.76 = 0.36 0.76 = 0.4736 0.5 Therefore, the probability that he needed only two points is 0.5. Hence proved.

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ISBN: 9780321629111

This textbook survival guide was created for the textbook: Probability and Statistics for Engineers and the Scientists, edition: 9. Probability and Statistics for Engineers and the Scientists was written by and is associated to the ISBN: 9780321629111. Since the solution to 100E from 2 chapter was answered, more than 545 students have viewed the full step-by-step answer. The full step-by-step solution to problem: 100E from chapter: 2 was answered by , our top Statistics solution expert on 05/06/17, 06:21PM. The answer to “Jay and Maurice are playing a tennis match. In one particular game, they have reached deuce, which means each player has won three points. To finish the game, one of the two players must get two points ahead of the other. For example, Jay will win if he wins the next two points (JJ), or if Maurice wins the next point and Jay the three points after that (MJJJ), or if the result of the next six points is JMMJJJ, and so on. a. Suppose that the probability of Jay winning a point is .6 and outcomes of successive points are independent of one another. What is the probability that Jay wins the game? [Hint: In the law of total probability, let AI = Jay wins each of the next two points, A2 = Maurice wins each of the next two points, and A3 = each player wins one of the next two points. Also let p = P(Jay wins the game). How does p compare to P(Jay wins the game I A3)?] b. If Jay wins the game, what is the probability that he needed only two points to do so?” is broken down into a number of easy to follow steps, and 192 words. This full solution covers the following key subjects: points, wins, jay, next, Game. This expansive textbook survival guide covers 18 chapters, and 1582 solutions.

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