The scatter plot visually represents the distribution of playgrounds and picnic areas in Chelsea's hometown parks is illustrated below.
The scatter plot we've created displays six data points, with the x-axis representing the number of playgrounds and the y-axis representing the number of picnic areas. Each data point corresponds to one of the parks in Chelsea's hometown, showing the specific number of playgrounds and picnic areas present in that particular park. By visually analyzing the plot, we can draw several conclusions about the distribution of these amenities:
Clustering: The data points on the scatter plot may exhibit clustering, indicating that certain parks have similar numbers of playgrounds and picnic areas. This clustering could imply a deliberate urban planning strategy, where parks with similar features are grouped together.
Outliers: Outliers, if present, would be data points significantly different from the majority. These points might represent parks that offer an unusually high or low number of playgrounds and picnic areas compared to the others.
Correlation: By observing the general trend of the data points, we can identify whether there is a correlation between the number of playgrounds and picnic areas. If the points tend to align in a linear or non-linear pattern, it suggests a relationship between these two variables.
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Answer:
A: (8,5)
B: (6,4)
C: (3,1)
D: (2,4)
E: (6,3)
F: (7,5)
Step-by-step explanation:
Playground(x)
Picnic areas(y)
Plot: (x,y)
A: (8,5)
B: (6,4)
C: (3,1)
D: (2,4)
E: (6,3)
F: (7,5)
