Question

A tennis club is implementing an after-school tennis program. use a spatial join to determine the closest tennis court to each school. what is the average and median distance of schools to tennis courts (in miles)? create a histogram of distances (in miles) and capture it.

a) Perform a spatial join to determine the closest tennis court.
b) Calculate the average and median distances of schools to tennis courts.
c) Create a histogram of distances.
d) All of the above.

Answer 1

Perform a spatial join to determine the closest tennis court to each school, calculate the average and median distances of schools to tennis courts, and create a histogram of distances.

Step-by-step explanation:

To determine the closest tennis court to each school, you will need to perform a spatial join. This involves combining the spatial data of the tennis courts and schools based on their proximity. The result will be a dataset that includes the closest tennis court for each school.

To calculate the average and median distances of schools to tennis courts, you will need to measure the distances between each school and its closest tennis court. Then, you can find the average by summing the distances and dividing by the number of schools. The median can be found by arranging the distances in ascending order and selecting the middle value.

To create a histogram of distances, you will first need to collect the distances from each school to its closest tennis court. Then, you can group the distances into bins (ranges) and count the number of schools in each bin. Finally, you can plot the histogram, where the x-axis represents the distance ranges and the y-axis represents the frequency of schools in each bin.

Answer 2

The correct answer is d) All of the above.

Step-by-step explanation:

Spatial Join:

Use a spatial join to associate each school with the nearest tennis court. This enables calculating the distance between each school and its closest tennis court.

Average and Median Distance:

Calculate the average and median distance of schools to their respective closest tennis courts. This provides an overall sense of proximity and identifies the typical distance.

Histogram of Distances:

Create a histogram that visually depicts the distribution of distances between schools and their closest tennis courts. This helps analyze the frequency of different distance ranges.

Therefore, all three actions (a, b, and c) are necessary to analyze the spatial relationship between schools and tennis courts, making d) All of the above the best answer.