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Question 10 The following contingency table summarizes the classification of students by weight and gender: Male (G1) Female (G2) Total 75 Obese (W1) Normal (W2) Underweight (W3) Total 38 23 80 54 45 a. For a randomly selected student, describe the following in words: 01 lo

Question 10 The following contingency table summarizes the classification of students by weight and gender: Male (G1) Female (G2) Total 75 Obese (W1) Normal (W2) Underweight (W3) Total 38 23 80 54 45 a. For a randomly selected student, describe the following in words: 01 lo

MATLAB: An Introduction with Applications
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 10 The following contingency table summarizes the classification of students by weight and gender: Male (G1) Female (G2) Total 75 Obese (W1) Normal (W2) Underweight (W3) Total o P(G1) is Select an answer Select an answer 38 23 Select an answer Select an answer a. For a randomly selected student, describe the following in words: o G1 is Select an answer Select an answer an event in which a randomly selected student is Male an event in which a randomly selected student is Obese an event in which a randomly selected student is Underweight an event in which a randomly selected student is Female an event in which a randomly selected student is Normal the probability that a randomly selected student is Obese the probability that a randomly selected student is Male 80 the probability that a randomly selected student is Underweight the probability that a randomly selected student is Normal the probability that a randomly selected student is Female b. Find the following probabilities: (Round the answers to 4 decimal places) i. P(W1) = ii. P(G1) = iii. P(W2 and G1) = iv. P(W2 or G1) : v. P(W2 | G1) = c. Answer the following questions: i. Are W2 and G2 mutually exclusive? Select an answer Select an answer mutually exclusive not mutually exclusive 54 45 Because the probability of one event depends on whether the other occured or not Because the two events can not occur at the same time dependent independent Select an answer Select an answer Because the two events can occur at the same time Because the probability of one event doesn't depend on whether the other occured or not ii. Are W2 and G2 independent? Select an answer Select an answer mutually exclusive not mutually exclusive Select an answer ✓ Explain. Select an answer ✓ Explain. Select an answer Select an answer Because the two events can not occur at the same time Because the probability of one event doesn't depend on whether the other occured or not Because the probability of one event depends on whether the other occured or not Because the two events can occur at the same time iii. Are W3 and W2 mutually exclusive? iv. Are W3 and W2 independent? Select an answer Explain. Select an answer independent dependent Select an answer Select an answer Because the probability of one event doesn't depend on whether the other occured or not Because the two events can not occur at the same time Because the probability of one event depends on whether the other occured or not Because the two events can occur at the same time ✓ Explain. Because the two events can not occur at the same time Because the probability of one event doesn't depend on whether the other occured or not Because the probability of one event depends on whether the other occured or not Because the two events can occur at the same time
Transcribed Image Text:Question 10 The following contingency table summarizes the classification of students by weight and gender: Male (G1) Female (G2) Total 75 Obese (W1) Normal (W2) Underweight (W3) Total o P(G1) is Select an answer Select an answer 38 23 Select an answer Select an answer a. For a randomly selected student, describe the following in words: o G1 is Select an answer Select an answer an event in which a randomly selected student is Male an event in which a randomly selected student is Obese an event in which a randomly selected student is Underweight an event in which a randomly selected student is Female an event in which a randomly selected student is Normal the probability that a randomly selected student is Obese the probability that a randomly selected student is Male 80 the probability that a randomly selected student is Underweight the probability that a randomly selected student is Normal the probability that a randomly selected student is Female b. Find the following probabilities: (Round the answers to 4 decimal places) i. P(W1) = ii. P(G1) = iii. P(W2 and G1) = iv. P(W2 or G1) : v. P(W2 | G1) = c. Answer the following questions: i. Are W2 and G2 mutually exclusive? Select an answer Select an answer mutually exclusive not mutually exclusive 54 45 Because the probability of one event depends on whether the other occured or not Because the two events can not occur at the same time dependent independent Select an answer Select an answer Because the two events can occur at the same time Because the probability of one event doesn't depend on whether the other occured or not ii. Are W2 and G2 independent? Select an answer Select an answer mutually exclusive not mutually exclusive Select an answer ✓ Explain. Select an answer ✓ Explain. Select an answer Select an answer Because the two events can not occur at the same time Because the probability of one event doesn't depend on whether the other occured or not Because the probability of one event depends on whether the other occured or not Because the two events can occur at the same time iii. Are W3 and W2 mutually exclusive? iv. Are W3 and W2 independent? Select an answer Explain. Select an answer independent dependent Select an answer Select an answer Because the probability of one event doesn't depend on whether the other occured or not Because the two events can not occur at the same time Because the probability of one event depends on whether the other occured or not Because the two events can occur at the same time ✓ Explain. Because the two events can not occur at the same time Because the probability of one event doesn't depend on whether the other occured or not Because the probability of one event depends on whether the other occured or not Because the two events can occur at the same time
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