Stephen plays basketball. He makes free throw shots 53% of the time. Stephen must now attempt two freethrows. The probability that Stephen makes the second free throw given that he made the first is 0.53.Is Stephen's first free throw shot independent of his second free throw shot?The two free throws are independent of each other.The two free throws are dependent on each other.O There is not enough information to determine whether or not the two free throws are independentof each other.What is the probability that Stephen makes both free throws? Round your answer to three decimal places.Hint: Make sure you are rounding to 3 decimal places..028X

given data P9make free throw shot) = p = 0.53 two free throws at random P(stephen makes second…

Answered: Stephen plays basketball. He makes free…

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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A fire alarm in a school has two independent circuits. The alarm will function if one or both of the circuits are working. If the probability that the first circuit is working is 0.91, and the probability that the second circuit is working is 0.90, what is the probability that the fire alarm will function? The probability is 0.82
Mark is deciding which route to take to work. His choices are I = the Interstate and F = Fifth Street. P(I) = 0.44 and P(F) = 0.56 P(I AND F) = 0 because Mark will take only one route to work. What is the probability of P(I OR F)?
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When Mitchell drives back home from campus, he has to pass through two sets of traffic lights. The probability that he has to stop at the first is 0.33, while the probability he has to stop at the second set is 0.41. Also, the probability he does not have to stop at either traffic light is 0.31. What is the probability he has to stop at exactly one set of traffic lights?
Based on Julie's Semester 1 Mathematics 1 Quiz scores, the probability that Julie obtains a perfect score on a Quiz is 0.7. Julie completes the first six quizzes in Semester 2. The probability that Julie obtains a perfect score of 6 at least twice is:
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