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(c) What are the class boundaries? Complete the table below. (Type integers or decimals.) Temperature (°F) Frequency Class boundaries 50-52 1 50 52 53-55 53 55 56-58 5 59-61 11 62-64 7 65-67 7 68-70 I I I I

(c) What are the class boundaries? Complete the table below. (Type integers or decimals.) Temperature (°F) Frequency Class boundaries 50-52 1 50 52 53-55 53 55 56-58 5 59-61 11 62-64 7 65-67 7 68-70 I I I I

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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### Temperature Distribution Data The table below represents a frequency distribution of temperatures recorded in degrees Fahrenheit (°F). | Temperature (°F) | Frequency | |------------------|-----------| | 50-52 | 1 | | 53-55 | 3 | | 56-58 | 5 | | 59-61 | 11 | | 62-64 | 7 | | 65-67 | 7 | | 68-70 | 1 | #### Explanation of the Table: - **Temperature (°F):** This column showcases different ranges of temperatures, categorized in intervals of 3°F. - **Frequency:** This column indicates the number of observations or instances that fall within each specified temperature range. #### Key Observations: - The most frequent temperature range is **59-61°F** with 11 observations. - The least frequent temperature ranges are **50-52°F** and **68-70°F**, both with 1 observation. - Mid-range temperature intervals, such as **62-64°F** and **65-67°F**, have moderate frequencies with 7 observations each. This frequency distribution can be helpful in understanding the spread and commonality of different temperature ranges within the observed data set.
Transcribed Image Text:### Temperature Distribution Data The table below represents a frequency distribution of temperatures recorded in degrees Fahrenheit (°F). | Temperature (°F) | Frequency | |------------------|-----------| | 50-52 | 1 | | 53-55 | 3 | | 56-58 | 5 | | 59-61 | 11 | | 62-64 | 7 | | 65-67 | 7 | | 68-70 | 1 | #### Explanation of the Table: - **Temperature (°F):** This column showcases different ranges of temperatures, categorized in intervals of 3°F. - **Frequency:** This column indicates the number of observations or instances that fall within each specified temperature range. #### Key Observations: - The most frequent temperature range is **59-61°F** with 11 observations. - The least frequent temperature ranges are **50-52°F** and **68-70°F**, both with 1 observation. - Mid-range temperature intervals, such as **62-64°F** and **65-67°F**, have moderate frequencies with 7 observations each. This frequency distribution can be helpful in understanding the spread and commonality of different temperature ranges within the observed data set.
### Class Boundaries in Temperature Data **Objective:** Identify and complete the class boundaries for given temperature ranges. The table below displays temperature ranges in Fahrenheit, their corresponding frequencies, and space for completing class boundaries: | Temperature (°F) | Frequency | Class Boundaries | |------------------|-----------|------------------| | 50-52 | 1 | 50 - 52 | | 53-55 | 3 | 53 - 55 | | 56-58 | 5 | | | 59-61 | 11 | | | 62-64 | 7 | | | 65-67 | 7 | | | 68-70 | 1 | | ### Explanation: 1. **Temperature (°F):** Lists the temperature ranges. 2. **Frequency:** Indicates how often each temperature range occurs. 3. **Class Boundaries:** Represents the precise boundaries between each class interval. ### Instructions: Complete the class boundaries by identifying the upper limit of one class and the lower limit of the next class. Generally, class boundaries can be determined by finding the midpoint between the upper limit of one class and the lower limit of the next. Ensure accuracy by calculating precise boundaries to avoid any overlapping between classes.
Transcribed Image Text:### Class Boundaries in Temperature Data **Objective:** Identify and complete the class boundaries for given temperature ranges. The table below displays temperature ranges in Fahrenheit, their corresponding frequencies, and space for completing class boundaries: | Temperature (°F) | Frequency | Class Boundaries | |------------------|-----------|------------------| | 50-52 | 1 | 50 - 52 | | 53-55 | 3 | 53 - 55 | | 56-58 | 5 | | | 59-61 | 11 | | | 62-64 | 7 | | | 65-67 | 7 | | | 68-70 | 1 | | ### Explanation: 1. **Temperature (°F):** Lists the temperature ranges. 2. **Frequency:** Indicates how often each temperature range occurs. 3. **Class Boundaries:** Represents the precise boundaries between each class interval. ### Instructions: Complete the class boundaries by identifying the upper limit of one class and the lower limit of the next class. Generally, class boundaries can be determined by finding the midpoint between the upper limit of one class and the lower limit of the next. Ensure accuracy by calculating precise boundaries to avoid any overlapping between classes.
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