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You've collected data on three variable characteristics of a sample of 16 people. These characteristics are their gender (male[m]) or female [f])), whether they play sports (yes, no), and whether they watch sports on TV (yes or no). Your basic hypothesis is that people who play sports are more likely than others to watch sports on TV. The data: Case Gender (M/F) Play (Y/N) Watch (Y/N) 1. Y Y 2. Y Y Y 3. Y 4. 5. Y Y 6. Y Y 7. Y Y 8. 9. Y 10. Y Y 11. Y 12. Y 13. 14. Y 15. Y Y 16. MMMMFFFFMMMMFEA

You've collected data on three variable characteristics of a sample of 16 people. These characteristics are their gender (male[m]) or female [f])), whether they play sports (yes, no), and whether they watch sports on TV (yes or no). Your basic hypothesis is that people who play sports are more likely than others to watch sports on TV. The data: Case Gender (M/F) Play (Y/N) Watch (Y/N) 1. Y Y 2. Y Y Y 3. Y 4. 5. Y Y 6. Y Y 7. Y Y 8. 9. Y 10. Y Y 11. Y 12. Y 13. 14. Y 15. Y Y 16. MMMMFFFFMMMMFEA

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Using the data below: How do we create a univariate?
This dataset contains information collected from a sample of 16 individuals regarding three characteristics: gender, sports participation, and sports viewership on TV. The genders are categorized as male (M) and female (F). The dataset explores whether individuals play sports (Play) and whether they watch sports on television (Watch), both indicated with Y (Yes) and N (No). The hypothesis under examination is that individuals who participate in sports are more likely to watch sports on TV. The data is organized as follows: 1. **Gender (M/F):** Indicates the gender of the individual. 2. **Play (Y/N):** Indicates whether the individual plays sports. 3. **Watch (Y/N):** Indicates whether the individual watches sports on TV. | Case | Gender (M/F) | Play (Y/N) | Watch (Y/N) | |------|--------------|------------|-------------| | 1 | M | Y | Y | | 2 | M | Y | Y | | 3 | M | Y | Y | | 4 | M | N | N | | 5 | M | N | N | | 6 | F | Y | N | | 7 | F | F | N | | 8 | F | N | N | | 9 | F | Y | N | | 10 | F | N | N | | 11 | F | Y | N | | 12 | F | Y | N | | 13 | F | N | N | | 14 | F | N | Y | | 15 | F | N | Y | | 16 | F | F | Y | The table helps ascertain patterns and correlations between genders, sports participation, and viewership habits among the sample population.
Transcribed Image Text:This dataset contains information collected from a sample of 16 individuals regarding three characteristics: gender, sports participation, and sports viewership on TV. The genders are categorized as male (M) and female (F). The dataset explores whether individuals play sports (Play) and whether they watch sports on television (Watch), both indicated with Y (Yes) and N (No). The hypothesis under examination is that individuals who participate in sports are more likely to watch sports on TV. The data is organized as follows: 1. **Gender (M/F):** Indicates the gender of the individual. 2. **Play (Y/N):** Indicates whether the individual plays sports. 3. **Watch (Y/N):** Indicates whether the individual watches sports on TV. | Case | Gender (M/F) | Play (Y/N) | Watch (Y/N) | |------|--------------|------------|-------------| | 1 | M | Y | Y | | 2 | M | Y | Y | | 3 | M | Y | Y | | 4 | M | N | N | | 5 | M | N | N | | 6 | F | Y | N | | 7 | F | F | N | | 8 | F | N | N | | 9 | F | Y | N | | 10 | F | N | N | | 11 | F | Y | N | | 12 | F | Y | N | | 13 | F | N | N | | 14 | F | N | Y | | 15 | F | N | Y | | 16 | F | F | Y | The table helps ascertain patterns and correlations between genders, sports participation, and viewership habits among the sample population.
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