2404 Identify Bivariate Displays

  • AP Statistics
  • IB Mathematics
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| Attempts: 287 | Questions: 64 | Updated: Mar 14, 2025
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1. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a Two Way Frequency Table. This type of display is used to show the frequency of two categorical variables and how they are related to each other. It organizes the data into a table format with one variable represented in the rows and the other variable represented in the columns. The frequency of each combination of variables is then recorded in the cells of the table. This allows for easy comparison and analysis of the relationship between the two variables.

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About This Quiz
2404 Identify Bivariate Displays - Quiz

This quiz focuses on identifying bivariate data displayed as Parallel Box & Whisker Plots. It tests the ability to recognize and interpret statistical data visualizations, crucial for learners in statistics and data science.

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2. The image above displays bivariate data as a :

Explanation

The correct answer is Two Way Frequency Table. A two-way frequency table is used to display bivariate categorical data. It shows the frequency or count of each combination of categories for two variables. In this case, the image is likely showing the frequency of occurrences for two different categories, making it a two-way frequency table.

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3. The image above displays bivariate data as a :

Explanation

The given image displays bivariate data as a two-way frequency table. This type of display is used to show the frequency or count of occurrences for two categorical variables. It allows us to analyze the relationship between the two variables by showing how they are distributed across different categories. In this case, the two variables are likely represented by the rows and columns of the table, and the frequencies are displayed in the cells.

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4. The image above displays bivariate data as a :

Explanation

The image above is a parallel segmented bar chart because it displays two categorical variables and compares their frequencies using segmented bars. Each bar represents a category, and the segments within each bar represent the frequencies of the other variable within that category. This type of chart is useful for visualizing the relationship between two categorical variables.

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5. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as parallel segmented bar charts. This type of display is used to represent two categorical variables and their frequencies or proportions. Each category of one variable is represented by a bar, and within each bar, the segments represent the frequencies or proportions of the second variable. This allows for a visual comparison of the distribution of the second variable across different categories of the first variable.

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6. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as Parallel Segmented Bar Charts. This type of chart is used to compare the relationship between two categorical variables. Each bar represents a category, and the segments within the bar represent the different subcategories within each category. By comparing the lengths of the segments, we can analyze the distribution and relationship between the variables.

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7. The image above displays bivariate data as a :

Explanation

The image above is a parallel segmented bar chart because it shows the comparison of two variables using bars that are divided into segments. Each segment represents a different category or level of one of the variables, and the length of the segments represents the frequency or proportion of data in each category. This type of chart allows for easy comparison between the two variables and is commonly used to display categorical data.

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8. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as parallel segmented bar charts. This type of chart is used to compare the frequencies or proportions of different categories within two variables. Each bar is divided into segments, with each segment representing a category within one variable. The length of each segment corresponds to the frequency or proportion of that category. By comparing the lengths of the segments across the two variables, we can analyze the relationship between them.

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9. The image above displays bivariate data as a :

Explanation

The given image does not display a Parallel Segmented Bar Chart. A Parallel Segmented Bar Chart is used to compare two or more categories within different groups. In the image, there are no distinct groups or categories being compared. Therefore, the correct answer is that the image does not display a Bivariate Display.

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10. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as Parallel Segmented Bar Charts. This type of chart is used to compare the relationship between two variables. Each bar represents a category and is divided into segments based on the frequency or proportion of each variable. The parallel arrangement allows for easy comparison between the two variables.

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11. The image above displays bivariate data as a :

Explanation

The given correct answer for this question is "Scatter Plot". A scatter plot is a type of graph that displays bivariate data, meaning it shows the relationship between two variables. It is used to determine if there is a correlation or relationship between the variables being plotted. In a scatter plot, each data point is represented by a dot, and the position of each dot on the graph represents the values of the two variables being compared. By examining the pattern of the dots on the graph, we can analyze the relationship between the variables.

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12. The image above displays bivariate data as a :

Explanation

The given correct answer is a Scatter Plot. A Scatter Plot is a type of bivariate display that shows the relationship between two variables. It uses dots to represent individual data points, with one variable plotted on the x-axis and the other variable plotted on the y-axis. The position of each dot on the plot indicates the values of both variables for that data point. This type of display is useful for identifying patterns or trends in the data and determining the strength of the relationship between the variables.

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13. The image above displays bivariate data as a :

Explanation

The correct answer is Scatter Plot. A scatter plot is a type of bivariate display that shows the relationship between two variables. It uses a set of points on a graph, where each point represents the values of both variables. The position of the points on the graph can provide insights into the correlation or pattern between the variables. In this case, the given image is likely showing a scatter plot because it displays points scattered across the graph, indicating a relationship between the variables being measured.

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14. The image above displays bivariate data as a :

Explanation

The given correct answer for this question is a Scatter Plot. A Scatter Plot is a type of graph that displays bivariate data, where each data point is represented by a dot on the graph. It is used to show the relationship between two variables and to identify any patterns or trends in the data. In a Scatter Plot, the x-axis represents one variable and the y-axis represents the other variable. The dots on the graph are then plotted according to the values of the two variables, allowing for a visual representation of their relationship.

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15. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a scatter plot. In a scatter plot, each data point is represented by a dot on a graph, with one variable plotted on the x-axis and the other variable plotted on the y-axis. This allows us to visualize the relationship between the two variables and identify any patterns or trends.

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16. The image above displays bivariate data as a :

Explanation

The given correct answer for this question is "Scatter Plot". A scatter plot is a type of bivariate display that shows the relationship between two variables. It uses dots to represent individual data points, with one variable plotted on the x-axis and the other variable plotted on the y-axis. The position of each dot on the plot indicates the values of both variables for that data point. This type of display is useful for identifying patterns or trends in the data and for determining the strength and direction of the relationship between the variables.

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17. The image above displays bivariate data as a :

Explanation

The given image represents a scatter plot. A scatter plot is a type of bivariate display that shows the relationship between two variables. It uses dots on a graph to represent the values of the two variables, with one variable plotted on the x-axis and the other on the y-axis. The scatter plot helps to identify any patterns or trends in the data and determine the strength and direction of the relationship between the variables.

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18. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a scatter plot. A scatter plot is a type of graph that uses dots to represent individual data points. It is used to show the relationship between two variables, with one variable plotted on the x-axis and the other variable plotted on the y-axis. The position of each dot on the graph represents the values of the two variables for a specific data point. By examining the pattern of the dots, we can determine if there is a correlation or relationship between the two variables.

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19. The image above displays bivariate data as a :

Explanation

The given correct answer for this question is a Scatter Plot. A scatter plot is a type of graph that displays bivariate data, where each data point is represented by a dot on the graph. It is used to show the relationship between two variables and determine if there is a correlation or pattern between them. In a scatter plot, the x-axis represents one variable and the y-axis represents the other variable. The position of each dot on the graph indicates the values of the two variables for each data point.

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20. The image above displays bivariate data as a :

Explanation

The image above displays a scatter plot because it shows the relationship between two variables. In a scatter plot, each data point is represented by a dot, and the position of the dot on the graph shows the values of the two variables. This type of display is used to show the correlation or relationship between the variables.

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21. The image above displays bivariate data as a :

Explanation

The question asks about the type of bivariate display shown in the image. However, the answer provided states that the image is not a bivariate display. Therefore, the given answer is correct as it indicates that the image does not represent a relationship between two variables.

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22. The image above displays bivariate data as a :

Explanation

The given image does not represent bivariate data because it does not show the relationship between two variables. Bivariate data refers to data that involves two variables, and typically a scatter plot or a two-way frequency table is used to display such data. However, the given image does not show any relationship or correlation between two variables, so it cannot be considered a bivariate display.

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23. The image above displays bivariate data as a :

Explanation

The given image does not display bivariate data because it does not show the relationship between two variables. Bivariate data refers to data sets that have two variables and are often displayed using scatter plots or other visualizations that show the relationship between the variables. The image provided does not show any relationship or correlation between two variables, so it cannot be considered a bivariate display.

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24. The image above displays bivariate data as a :

Explanation

The given image does not represent bivariate data because it does not show the relationship between two variables. Bivariate displays typically involve two variables plotted against each other, such as a scatter plot or a parallel segmented bar chart. However, the image in question does not show any such relationship or comparison between variables. Therefore, it is not a bivariate display.

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25. The image above displays bivariate data as a :

Explanation

The question asks for the correct description of the given image. The answer "Not a Bivariate Display" suggests that the image does not represent bivariate data. This means that the image does not show the relationship between two variables or data sets.

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26. The image above displays bivariate data as a :

Explanation

The given answer is "Not a Bivariate Display" because the image does not represent a display of two variables. Bivariate displays typically show the relationship between two variables, such as a scatter plot or a parallel segmented bar chart. However, the image does not show any relationship or comparison between two variables, making it not a bivariate display.

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27. The image above displays bivariate data as a :

Explanation

The question asks for the correct description of the given image. The answer "Not a Bivariate Display" suggests that the image does not represent bivariate data. This means that the data in the image does not involve two variables being compared or analyzed together.

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28. The image above displays bivariate data as a :

Explanation

The given image does not represent bivariate data because it does not show the relationship or correlation between two variables. Bivariate displays typically include scatter plots or parallel segmented bar charts to show the relationship between two variables. In this case, the image does not provide any information about the relationship between two variables, so it cannot be considered a bivariate display.

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29. The image above displays bivariate data as a :

Explanation

The given image does not represent bivariate data because it does not show the relationship between two variables. A bivariate display would typically include two variables plotted on a graph or chart to show their correlation or relationship. However, the given image does not show any variables or their relationship, so it cannot be considered a bivariate display.

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30. The image above displays bivariate data as a :

Explanation

The question is asking about the type of bivariate display shown in the image, and the correct answer is "Not a Bivariate Display". This means that the image does not represent a type of display that shows the relationship between two variables.

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31. The image above displays bivariate data as a :

Explanation

The image above does not display bivariate data because it does not show the relationship between two variables. Bivariate data refers to data that involves two variables and their corresponding values. In this image, there is no clear representation of two variables or their relationship, so it cannot be considered a bivariate display.

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32. The image above displays bivariate data as a :

Explanation

The given image does not display bivariate data because it does not show the relationship between two variables. Bivariate data refers to data that has two variables, where each data point consists of a pair of values. The image does not show any pairs of values or any relationship between variables, so it cannot be considered a bivariate display.

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33. The image above displays bivariate data as a :

Explanation

The given image does not display bivariate data because it only shows a single variable. Bivariate data refers to data that involves two variables, and their relationship or correlation is typically portrayed in a graph or plot. In this case, the image does not show any relationship or correlation between two variables, so it cannot be considered a bivariate display.

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34. The image above displays bivariate data as a :

Explanation

The given image does not represent bivariate data because it does not show the relationship between two variables. It does not have two sets of data that are being compared or analyzed together. Instead, it appears to be a single distribution or representation of data. Therefore, it is not a bivariate display.

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35. The image above displays bivariate data as a :

Explanation

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36. The image above displays bivariate data as a :

Explanation

The given image does not represent bivariate data because it does not show the relationship between two variables. Bivariate displays typically involve plotting one variable against another, such as in a scatter plot or a parallel segmented bar chart. However, the image in question does not show any such relationship and therefore cannot be considered a bivariate display.

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37. The image above displays bivariate data as a :

Explanation

The image above is a parallel box and whisker plot because it shows the distribution of two sets of data side by side. Each set of data is represented by a box, with the median marked by a line inside the box. The whiskers extend from the box to show the range of the data. This type of plot is useful for comparing the distribution of two variables and identifying any differences or similarities between them.

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38. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a parallel box and whisker plot. This type of plot is used to compare the distribution of two different variables. It consists of two sets of box and whisker plots placed side by side, with each set representing a different variable. The parallel arrangement allows for easy comparison of the distribution of the two variables.

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39. The image above displays bivariate data as a :

Explanation

The given image represents a bivariate display of data using a parallel box and whisker plot. This type of plot is used to compare two sets of data and display their distribution, variability, and skewness. It consists of two parallel box plots, each representing a different variable, with whiskers extending from the boxes to show the range of the data. By comparing the box plots, we can analyze the similarities and differences between the two variables.

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40. The image above displays bivariate data as a :

Explanation

The image above represents bivariate data in the form of a parallel box and whisker plot. This type of plot is used to compare two sets of data and their distribution. It allows for easy comparison of the quartiles, range, and outliers between the two sets of data. In this plot, the data is divided into two groups and displayed side by side, with each group having its own set of boxes and whiskers. This allows for a visual comparison of the central tendency and spread of the two sets of data.

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41. The image above displays bivariate data as a :

Explanation

The image above displays a parallel box and whisker plot. This type of plot is used to compare two or more sets of data by showing their quartiles, medians, and outliers. The parallel arrangement indicates that the data sets are being compared side by side. Each box represents the interquartile range, with the median indicated by a line within the box. The whiskers extend to the minimum and maximum values, excluding outliers. This type of plot is useful for visually comparing the distribution and variability of multiple data sets.

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42. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a parallel box and whisker plot. This type of plot is used to compare two sets of data and show their distribution and variability. It consists of two box plots placed side by side, each representing a different set of data. The parallel arrangement allows for easy comparison between the two sets of data.

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43. The image above displays bivariate data as a :

Explanation

The image above is a parallel box and whisker plot because it displays the distribution of two sets of data side by side. Each set of data is represented by a box and whisker plot, allowing for easy comparison between the two sets.

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44. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a parallel box and whisker plot. This type of plot is used to compare two sets of data and show their distribution and summary statistics. The parallel arrangement of the box plots allows for easy comparison between the two sets of data. The whiskers represent the range of the data, while the boxes represent the interquartile range. This type of plot is commonly used to analyze and compare data in various fields such as statistics, economics, and social sciences.

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45. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a Parallel Box & Whisker Plot. This type of plot is used to compare the distribution of two different variables side by side. It allows for easy comparison of the median, quartiles, and range of each variable. In this plot, there are two sets of box and whisker plots, each representing a different variable, with the boxes parallel to each other. Therefore, the correct answer is Parallel Box & Whisker Plot.

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46. The image above displays bivariate data as a :

Explanation

The image above is a parallel box and whisker plot. This type of plot is used to display the distribution of two different sets of data side by side. It consists of two box plots, each representing a different set of data, placed parallel to each other. The boxes represent the interquartile range, the whiskers represent the minimum and maximum values, and the median is shown as a line within each box. This type of plot allows for easy comparison and analysis of the two sets of data.

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47. The image above displays bivariate data as a :

Explanation

The image above does not display a Back to Back Stem Plot because it does not show two sets of data with stems and leaves on either side of a vertical line. Instead, it appears to be a Scatter Plot, which is a bivariate display that shows the relationship between two variables by plotting points on a graph.

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48. The image above displays bivariate data as a :

Explanation

The image above does not display a back to back stem plot because a back to back stem plot is a graphical representation of two sets of data with a common stem. In this image, there is no common stem or two sets of data being represented. Therefore, the correct answer is not a back to back stem plot.

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49. The image above displays bivariate data as a :

Explanation

not-available-via-ai

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50. The image above displays bivariate data as a :

Explanation

The correct answer is Back to Back Stem Plot because the image above shows two sets of data organized in a stem-and-leaf plot format, with one set of data displayed on the left side and the other set of data displayed on the right side. This type of display is commonly used to compare two sets of data and identify any patterns or differences between them.

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51. The image above displays bivariate data as a :

Explanation

The given image does not display a back to back stem plot, as it does not show two sets of data with stems and leaves on opposite sides. It also does not display a parallel box & whisker plot, as it does not show a box and whisker plot for each set of data. Similarly, it does not display a two-way frequency table, parallel segmented bar charts, or a scatter plot. Therefore, the correct answer is that the image does not display a bivariate display.

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52. The image above displays bivariate data as a :

Explanation

The correct answer is Back to Back Stem Plot because a back to back stem plot is a type of bivariate display that shows the distribution of two sets of data side by side. It is used to compare the shape, center, and spread of the two datasets. The image above does not display a parallel box & whisker plot, two-way frequency table, parallel segmented bar charts, scatter plot, or any other type of bivariate display.

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53. The image above displays bivariate data as a :

Explanation

not-available-via-ai

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54. The image above displays bivariate data as a :

Explanation

The correct answer is Back to Back Stem Plot because a back to back stem plot is a graphical display used to compare two sets of data. It is typically used to show the distribution of data for two different groups or variables. In this case, the image above is showing the distribution of bivariate data using a back to back stem plot.

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55. The image above displays bivariate data as a :

Explanation

The image above does not display a back to back stem plot.

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56. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a Two Way Frequency Table. This is because a Two Way Frequency Table is used to organize and display categorical data from two different variables. It shows the frequency of each combination of categories for the two variables, allowing for analysis of the relationship between them.

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57. The image above displays bivaraate data as a :

Explanation

The given image is not a two-way frequency table. A two-way frequency table is used to display the frequency counts of two categorical variables. In the image, there are no categories or frequencies mentioned. Therefore, the correct answer is not a two-way frequency table.

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58. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a two-way frequency table. A two-way frequency table is used to organize categorical data from two different variables. It shows the frequency or count of each combination of categories for the two variables. In the given image, the data is organized in rows and columns, with each cell representing the frequency of a specific combination of categories. This type of display allows for easy comparison and analysis of the relationship between the two variables.

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59. The image above displays bivariate data as a :

Explanation

The given image represents a Two Way Frequency Table. This is evident from the fact that the image displays two categorical variables and their frequencies in a tabular format. Each cell in the table represents the frequency of a specific combination of the two variables. Therefore, the correct answer is Two Way Frequency Table.

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60. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as a Two Way Frequency Table. A Two Way Frequency Table is used to show the frequency of two categorical variables and how they are related to each other. It is a table with rows and columns representing the categories of the variables, and the cells of the table contain the frequencies or counts of the combinations of the variables. This type of display helps to analyze the relationship between the variables and identify any patterns or trends.

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61. The image above displays bivariate data as a :

Explanation

The given image displays bivariate data as a two-way frequency table. A two-way frequency table is used to summarize and display the relationship between two categorical variables. It shows the frequency or count of each combination of categories for the two variables. In this case, the image likely shows the frequencies of different categories for two variables.

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62. The image above displays bivariate data as a :

Explanation

The given image does not display a Two Way Frequency Table. A Two Way Frequency Table is used to show the frequency of two categorical variables in a tabular format. In the given image, there is no tabular format and no categorical variables being represented. Therefore, the correct answer is "Not a Bivariate Display".

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63. The image above displays bivariate data as a :

Explanation

The image above displays bivariate data as Parallel Segmented Bar Charts. In this type of display, each bar represents a category and is divided into segments to represent different subcategories. The height of each segment represents the frequency or proportion of data for that subcategory within each category. This type of display is useful for comparing the distribution of two variables across different categories.

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64. The image above displays bivariate data as a :

Explanation

not-available-via-ai

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