A. The probability that a student leaves home at exactly the time set is 0.7, while the probability that the specific student gets to school on time is 0.54. Moreover, the probability that the student leaves the house at the set time and that they arrive on time in the school is 0.65. Find the probability that the student left home at the time set given that the student arrived on time.
A. The probability that a student leaves home at exactly the time set is 0.7, while the probability that the specific student gets to school on time is 0.54. Moreover, the probability that the student leaves the house at the set time and that they arrive on time in the school is 0.65. Find the probability that the student left home at the time set given that the student arrived on time.
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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Question
![Answer and explain the steps in solving the following problems.
A. The probability that a student leaves home at exactly the time set is 0.7, while the
probability that the specific student gets to school on time is 0.54. Moreover, the
probability that the student leaves the house at the set time and that they arrive on time
in the school is 0.65. Find the probability that the student left home at the time set given
that the student arrived on time.
B. The probability that it will rain on a randomly selected day in April is 0.38, the probability
of a windy day is 0.43, and the probability of snow is 0.34. It is also a known fact that the
probability of rain given a windy day is 0.22, and the probability of snow given a windy
day is 0.16.
a. What is the probability that a rainy and windy day will happen?
b. Are three weathers (rainy, windy, or snowy) mutually exclusive?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F89f79a24-5a39-4eae-9274-48469de3264b%2Faa21374e-2f4c-468c-8bd1-a5a42950c324%2Fmojf5yc_processed.png&w=3840&q=75)
Transcribed Image Text:Answer and explain the steps in solving the following problems.
A. The probability that a student leaves home at exactly the time set is 0.7, while the
probability that the specific student gets to school on time is 0.54. Moreover, the
probability that the student leaves the house at the set time and that they arrive on time
in the school is 0.65. Find the probability that the student left home at the time set given
that the student arrived on time.
B. The probability that it will rain on a randomly selected day in April is 0.38, the probability
of a windy day is 0.43, and the probability of snow is 0.34. It is also a known fact that the
probability of rain given a windy day is 0.22, and the probability of snow given a windy
day is 0.16.
a. What is the probability that a rainy and windy day will happen?
b. Are three weathers (rainy, windy, or snowy) mutually exclusive?
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