Out of the 30 college students who visited campus health center yesterday, 9 receieved prescriptions while the remaining 21 did not. The following table further categorizes these 30 students by gender: Male (M) Female (F) Total Prescription (P) 6 3 9 No prescription (N) 9 12 21 Total 15 15 30 a) using the data from the table, estimate P (N) (probability of "no prescription" out of all sampled students) and P (M) (probability of "male" out of all sampled. b) using the data from the table, find P (N and M) (probability of no prescription and male) c) based on (a), what would P (N and M) be if the events N and M were independent? Compared to the answers you got in (b), do you think N and M are independent?
Out of the 30 college students who visited campus health center yesterday, 9 receieved prescriptions while the remaining 21 did not. The following table further categorizes these 30 students by gender: Male (M) Female (F) Total Prescription (P) 6 3 9 No prescription (N) 9 12 21 Total 15 15 30 a) using the data from the table, estimate P (N) (probability of "no prescription" out of all sampled students) and P (M) (probability of "male" out of all sampled. b) using the data from the table, find P (N and M) (probability of no prescription and male) c) based on (a), what would P (N and M) be if the events N and M were independent? Compared to the answers you got in (b), do you think N and M are independent?
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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Out of the 30 college students who visited campus health center yesterday, 9 receieved prescriptions while the remaining 21 did not. The following table further categorizes these 30 students by gender:
Male (M) | Female (F) | Total | |
Prescription (P) | 6 | 3 | 9 |
No prescription (N) | 9 | 12 | 21 |
Total | 15 | 15 | 30 |
a) using the data from the table, estimate P (N) (
b) using the data from the table, find P (N and M) (probability of no prescription and male)
c) based on (a), what would P (N and M) be if the events N and M were independent? Compared to the answers you got in (b), do you think N and M are independent?
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