The data set represents the exit velocity (in mile below. Data Table seball season. Complete parts (a) through (e) E Click the icon for the Exit Velocity of Home (a) With a first class having a lower class limit ol choice. (Type integers or decimals. Do not round.) Exit Velocity of Homeruns (mph) 102.3 107.4 102.2 105.8 105.7 105.6 94.7 below and fill in any answer boxes within the 97.5 100.7 97 105.6 O 104 101.3 107.5 109.2 103.1 105.4 103.9 109.5 101.4 98.9 97.6 105.4 110.6 O A. 106.4 110.8 108.8 100.4 105.5 104.5 101 101.1 101 102.6 91.1 Exit Velocity (mph) Relative Frequency 104.7 98.2 107.2 102.5 100.6 103.4 116.7 106.6 96.2 97.8 105.9 105.9 90 to 94 94.1 to 99 104.3 113.7 99.1 to 104 103 104.1 to 109 Print Done Click to select your answer(s).

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### Data Set Analysis: Exit Velocity of Home Runs 

The data set represents the exit velocity (in miles per hour, mph) of home runs hit during a recent baseball season. The goal is to analyze the distribution of these velocities.

#### Data Table

The exit velocities included in the dataset are listed below:

```
97.5, 100.7, 102.3, 97, 105.6
107.4, 102.2, 105.8, 105.7, 104
97.6, 101.6, 105.6, 101.3, 107.5
105.4, 106.4, 94.7, 105.6, 109.2
110.8, 108.8, 100.4, 104.5, 103.1
104, 102.7, 103.6, 101.1, 105.4
98.2, 97.8, 103.8, 101.1, 103.9
107.2, 102, 116.7, 105.5, 101.4
104.3, 105.9, 106.2, 102.6, 101.4
113.7, 103, 96.2, 91.1, 98.9
```

#### Relative Frequency Table

A table showing relative frequency of exit velocity ranges is provided. Here are the specified ranges and their respective relative frequencies:

| Exit Velocity (mph) | Relative Frequency |
|---------------------|--------------------|
| 90 to 94            |                    |
| 94.1 to 99          |                    |
| 99.1 to 104         |                    |
| 104.1 to 109        |                    |

*Note: Relative frequencies are represented visually and need to be calculated or observed.*

#### Instructions for Analysis:

1. **Determine Frequency Classes:** Calculate the frequency of exit velocities falling into each specified range.
2. **Convert to Relative Frequency:** The relative frequency is the fraction of total data points that fall within each range.
3. **Lower Class Limit:** For part (a), define the lower class limit as specified.

- **(a)** With a first class having a lower class limit of your choice. (Type integers or decimals. Do not round.)

4
Transcribed Image Text:### Data Set Analysis: Exit Velocity of Home Runs The data set represents the exit velocity (in miles per hour, mph) of home runs hit during a recent baseball season. The goal is to analyze the distribution of these velocities. #### Data Table The exit velocities included in the dataset are listed below: ``` 97.5, 100.7, 102.3, 97, 105.6 107.4, 102.2, 105.8, 105.7, 104 97.6, 101.6, 105.6, 101.3, 107.5 105.4, 106.4, 94.7, 105.6, 109.2 110.8, 108.8, 100.4, 104.5, 103.1 104, 102.7, 103.6, 101.1, 105.4 98.2, 97.8, 103.8, 101.1, 103.9 107.2, 102, 116.7, 105.5, 101.4 104.3, 105.9, 106.2, 102.6, 101.4 113.7, 103, 96.2, 91.1, 98.9 ``` #### Relative Frequency Table A table showing relative frequency of exit velocity ranges is provided. Here are the specified ranges and their respective relative frequencies: | Exit Velocity (mph) | Relative Frequency | |---------------------|--------------------| | 90 to 94 | | | 94.1 to 99 | | | 99.1 to 104 | | | 104.1 to 109 | | *Note: Relative frequencies are represented visually and need to be calculated or observed.* #### Instructions for Analysis: 1. **Determine Frequency Classes:** Calculate the frequency of exit velocities falling into each specified range. 2. **Convert to Relative Frequency:** The relative frequency is the fraction of total data points that fall within each range. 3. **Lower Class Limit:** For part (a), define the lower class limit as specified. - **(a)** With a first class having a lower class limit of your choice. (Type integers or decimals. Do not round.) 4
### Data Entry for Relative Frequency of Exit Velocity (mph)

Please enter the values in the table below. Input integers or decimals. Do not round the values.

#### Exit Velocity Distribution Table

| Exit Velocity (mph) | Relative Frequency |
|---------------------|--------------------|
|     90 to 92.4      |      [           ] |
|     92.5 to 94.9    |      [           ] |
|     95 to 97.4      |      [           ] |
|     97.5 to 99.9    |      [           ] |
|    100 to 102.4     |      [           ] |
|    102.5 to 104.9   |      [           ] |
|    105 to 107.4     |      [           ] |

*Click to select your answer(s).*

This table is designed to collect data regarding the relative frequency of different exit velocities measured in miles per hour (mph). Each cell needs to be filled with the corresponding relative frequency for the specified range of exit velocities.
Transcribed Image Text:### Data Entry for Relative Frequency of Exit Velocity (mph) Please enter the values in the table below. Input integers or decimals. Do not round the values. #### Exit Velocity Distribution Table | Exit Velocity (mph) | Relative Frequency | |---------------------|--------------------| | 90 to 92.4 | [ ] | | 92.5 to 94.9 | [ ] | | 95 to 97.4 | [ ] | | 97.5 to 99.9 | [ ] | | 100 to 102.4 | [ ] | | 102.5 to 104.9 | [ ] | | 105 to 107.4 | [ ] | *Click to select your answer(s).* This table is designed to collect data regarding the relative frequency of different exit velocities measured in miles per hour (mph). Each cell needs to be filled with the corresponding relative frequency for the specified range of exit velocities.
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