John can take one of two highways, Interstate A and Interstate B, to get to work each day. The probability that there will be a traffic jam on Interstate A on a given day is 0.65, and the probability that there will be a traffic jam on Interstate B is 0.2. The probability that there will be a traffic jam on at least one of Interstate A or Interstate B is 0.8. Determine the probability that both Interstate A and B will be congested. O 0.235 O None in the list O 0.050 O 0.062 O 0.765 Submit Answer Tries 0/3 Determine the probability that Interstate B is congested given that Interstate A is congested. O 0.250 O 0.077 O 0.812 O 0.062 O None in the list Submit Answer Tries 0/3 Determine the probability that there is a traffic jam on Interstate A given that at least one of the Interstates has a traffic jam. O 0.062 O None in the list O 0.250 O 0.812 O 0.077
John can take one of two highways, Interstate A and Interstate B, to get to work each day. The probability that there will be a traffic jam on Interstate A on a given day is 0.65, and the probability that there will be a traffic jam on Interstate B is 0.2. The probability that there will be a traffic jam on at least one of Interstate A or Interstate B is 0.8. Determine the probability that both Interstate A and B will be congested. O 0.235 O None in the list O 0.050 O 0.062 O 0.765 Submit Answer Tries 0/3 Determine the probability that Interstate B is congested given that Interstate A is congested. O 0.250 O 0.077 O 0.812 O 0.062 O None in the list Submit Answer Tries 0/3 Determine the probability that there is a traffic jam on Interstate A given that at least one of the Interstates has a traffic jam. O 0.062 O None in the list O 0.250 O 0.812 O 0.077
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Transcribed Image Text:John can take one of two highways, Interstate A and Interstate B, to get to work each day. The probability that there will be a traffic jam on Interstate A on a given day is 0.65, and the probability
that there will be a traffic jam on Interstate B is 0.2. The probability that there will be a traffic jam on at least one of Interstate A or Interstate B is 0.8.
Determine the probability that both Interstate A and B will be congested.
0.235
None in the list
0.050
0.062
0.765
Submit Answer Tries 0/3
Determine the probability that Interstate B is congested given that Interstate A is congested.
0.250
0.077
0.812
0.062
None in the list
Submit Answer Tries 0/3
Determine the probability that there is a traffic jam on Interstate A given that at least one of the Interstates has a traffic jam.
0.062
None in the list
0.250
0.812
0.077
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