I don't understand how to solve this problem. I tried sovling it as B=0.91 and A=0.88. Therefore (0.91*0.88)/0.88=.91. However the correct answer is 0.932. How do I solve this? I have now idea what I'm doing By rewriting the formula for the multiplication rule, you can write a formula for findingP(A and B)conditional probabilities. The conditional probability of event B occurring, given that event A has occurred, is P(B A)Use the information below to findP(A)the probability that a flight departed on time given that it arrives on time.The probability that an airplane flight departs on time is 0.91.The probability that a flight arrives on time is 0.88The probability that a flight departs and arrives on time is 0.82.The probability that a flight departed on time given that it arrives on time is(Round to the nearest thousandth as needed.)

Given DataLets B denotes flight departureA denotes flight ArrivalProbability that an airplane…

Answered: By rewriting the formula for the…

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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I don't understand how to solve this problem. I tried sovling it as B=0.91 and A=0.88. Therefore (0.91*0.88)/0.88=.91. However the correct answer is 0.932. How do I solve this? I have now idea what I'm doing

By rewriting the formula for the multiplication rule, you can write a formula for finding
P(A and B)
conditional probabilities. The conditional probability of event B occurring, given that event A has occurred, is P(B A)
Use the information below to find
P(A)
the probability that a flight departed on time given that it arrives on time.
The probability that an airplane flight departs on time is 0.91.
The probability that a flight arrives on time is 0.88
The probability that a flight departs and arrives on time is 0.82.
The probability that a flight departed on time given that it arrives on time is
(Round to the nearest thousandth as needed.)

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