e. Are the events "Yes" and "No" complementary events for this data set? Give a reason for your answer. Choose the correct answer below. OA. "Yes" and "No" are complementary because 1-P(Yes)=P(No). OB. "Yes" and "No" are complementary because 1 - P(Yes)*P(No). OC. "Yes" and "No" are not complementary because 1-P(Yes) = P(No). O D. "Yes" and "No" are not complementary because 1 - P(Yes)*P(No).
e. Are the events "Yes" and "No" complementary events for this data set? Give a reason for your answer. Choose the correct answer below. OA. "Yes" and "No" are complementary because 1-P(Yes)=P(No). OB. "Yes" and "No" are complementary because 1 - P(Yes)*P(No). OC. "Yes" and "No" are not complementary because 1-P(Yes) = P(No). O D. "Yes" and "No" are not complementary because 1 - P(Yes)*P(No).
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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Hello I need help answering part E of this problem.

Transcribed Image Text:# Poll Analysis on Marijuana Legalization
A poll surveyed a sample of voters regarding the legalization of marijuana. The responses were categorized based on political affiliation and whether the respondent answered "Yes" or "No."
## Table Summary
| Political Affiliation | Yes | No | Total |
|-----------------------|-----|-----|-------|
| Republican | 145 | 142 | 287 |
| Democrat | 231 | 97 | 328 |
| Independent | 292 | 147 | 439 |
| **Total** | 668 | 386 | 1054 |
### Questions and Solutions
**a. Probability of an Independent who said "Yes"**
- Calculation: \(\frac{292}{1054} \approx 27.7\%\)
**b. Probability of a Republican who said "No"**
- Calculation: \(\frac{142}{1054} \approx 13.5\%\)
**c. Are the events "Yes" and "Democrat" mutually exclusive?**
- Correct Answer: **C. "Yes" and "Democrat" are not mutually exclusive because a voter can vote "Yes" and be a "Democrat."**
**d. Are the events "Yes" and "No" mutually exclusive?**
- Correct Answer: **B. "Yes" and "No" are mutually exclusive because if a voter votes "Yes," they cannot also vote "No."**
**e. Are the events "Yes" and "No" complementary for this data set?**
- Correct Answer: **D. "Yes" and "No" are not complementary because 1 - P(Yes) ≠ P(No).**
This analysis examines the probabilities within different voter categories and explores concepts of mutually exclusive and complementary events in probability.
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