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Traffic engineers are investigating the high rate of fatal accidents at a lighted city intersection. They discover that 26% of the cars that are within 200 feet of the intersection when the light turns red pass through the red light without stopping. Suppose two cars are now within 200 feet of the intersection and the light turns red. Assuming that drivers behave independently of one another. What is the probability that both drivers pass through the red light without stopping? (Please do not round your answer).

Traffic engineers are investigating the high rate of fatal accidents at a lighted city intersection. They discover that 26% of the cars that are within 200 feet of the intersection when the light turns red pass through the red light without stopping. Suppose two cars are now within 200 feet of the intersection and the light turns red. Assuming that drivers behave independently of one another. What is the probability that both drivers pass through the red light without stopping? (Please do not round your answer).

College Algebra
College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 11ECP: A manufacturer has determined that a machine averages one faulty unit for every 500 it produces....
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Traffic engineers are investigating the high rate of fatal accidents at a lighted city intersection. They discover that 26% of the cars that are within 200 feet of the intersection when the light turns red pass through the red light without stopping. Suppose two cars are now within 200 feet of the Intersection and the light turns red. Assuming that drivers behave independently of one another. What is the probability that both drivers pass through the red light without stopping? (Please do not round your answer).
Transcribed Image Text:Traffic engineers are investigating the high rate of fatal accidents at a lighted city intersection. They discover that 26% of the cars that are within 200 feet of the intersection when the light turns red pass through the red light without stopping. Suppose two cars are now within 200 feet of the Intersection and the light turns red. Assuming that drivers behave independently of one another. What is the probability that both drivers pass through the red light without stopping? (Please do not round your answer).
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