The problem asks us to create a scatterplot from the given data. The data consists of pairs of values representing "Hours Studying" and "Overall Class Performance". We can consider "Hours Studying" as the independent variable (x-axis) and "Overall Class Performance" as the dependent variable (y-axis). Creating the scatterplot means plotting these pairs of data points on a graph. Since the problem asks to *create* a scatterplot, and I cannot actually draw, I will provide the data points that need to be plotted.

1. Problem Description

The problem asks us to create a scatterplot from the given data. The data consists of pairs of values representing "Hours Studying" and "Overall Class Performance". We can consider "Hours Studying" as the independent variable (x-axis) and "Overall Class Performance" as the dependent variable (y-axis). Creating the scatterplot means plotting these pairs of data points on a graph. Since the problem asks to *create* a scatterplot, and I cannot actually draw, I will provide the data points that need to be plotted.

2. Solution Steps

The given data is presented in a table format. Each row represents a data point for the scatterplot. The first column represents the x-coordinate (Hours Studying) and the second column represents the y-coordinate (Overall Class Performance).

We need to list out all the coordinates.

The data points are:

(0.62, 1.02)

(1.50, 4.62)

(0.34, 1.60)

(0.97, 1.59)

(3.54, 4.67)

(0.69, 1.52)

(1.53, 2.28)

(0.32, 1.68)

(1.94, 2.50)

(1.25, 4.04)

(1.42, 2.63)

(3.07, 3.53)

(3.99, 3.90)

(1.73, 2.75)

(1.9, 2.95)

3. Final Answer

The data points for the scatterplot are:

(0.62, 1.02)

(1.50, 4.62)

(0.34, 1.60)

(0.97, 1.59)

(3.54, 4.67)

(0.69, 1.52)

(1.53, 2.28)

(0.32, 1.68)

(1.94, 2.50)

(1.25, 4.04)

(1.42, 2.63)

(3.07, 3.53)

(3.99, 3.90)

(1.73, 2.75)

(1.9, 2.95)