They decide to let the person more likely to attend both events have the parking pass. Assuming that attendance at one activity is independent of attendance at the other, who is more likely to attend both activities? A. Brandon. He has a 0.62 probability of attending both activities. B. Brandon. He has a 0.53 probability of attending both activities. C. Aisha. She has a 0.67 probability of attending both activities. O D. Aisha. She has a 0.54 probability of attending both activities.

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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Apex Learming - Courses
sexlearning.com/public/activity/8005003/assessment
L 8.6.3 Teet (CST): Applications of Probability
Question 1 of 25
Two classmates, Aisha and Brandon, want to attend two school activities
over the coming weekend. They have one parking pass between them. The
probabilities that the classmates will attend each event are shown in the
table.
Alsha
Brandon
Probability of attending the
Saturday activity
0.67
0.86
Probability of attending the Sunday
activity
0.81
0.62
They decide to let the person more likely to attend both events have the
parking pass. Assuming that attendance at one activity is independent of
attendance at the other, who is more likely to attend both activities?
O A. Brandon. He has a 0.62 probability of attending both activities.
O B. Brandon. He has a 0.53 probability of attending both activities.
O C. Aisha. She has a 0.67 probability of attending both activities.
O D. Aisha. She has a 0.54 probability of attending both activities.
SUBMIT
+ PREVIOUS
hp
Transcribed Image Text:Apex Learming - Courses sexlearning.com/public/activity/8005003/assessment L 8.6.3 Teet (CST): Applications of Probability Question 1 of 25 Two classmates, Aisha and Brandon, want to attend two school activities over the coming weekend. They have one parking pass between them. The probabilities that the classmates will attend each event are shown in the table. Alsha Brandon Probability of attending the Saturday activity 0.67 0.86 Probability of attending the Sunday activity 0.81 0.62 They decide to let the person more likely to attend both events have the parking pass. Assuming that attendance at one activity is independent of attendance at the other, who is more likely to attend both activities? O A. Brandon. He has a 0.62 probability of attending both activities. O B. Brandon. He has a 0.53 probability of attending both activities. O C. Aisha. She has a 0.67 probability of attending both activities. O D. Aisha. She has a 0.54 probability of attending both activities. SUBMIT + PREVIOUS hp
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