use the graphing tool at the right to create a scatter plot for the data in the table. use the shape of the…

use the graphing tool at the right to create a scatter plot for the data in the table. use the shape of the scatter plot to determine if the data are best modeled by a linear function, an exponential function, a logarithmic function, or a quadratic function.\n\\begin{array}{|c|c|}hline x&y\\hline0&0\\hline3&0.5\\hline6&0.8\\hline11&1.0\\hline15&1.2\\hlineend{array}\nplot each point, one at a time. using the graphing tool, start by plotting (0,0).

use the graphing tool at the right to create a scatter plot for the data in the table. use the shape of the scatter plot to determine if the data are best modeled by a linear function, an exponential function, a logarithmic function, or a quadratic function.\n\\begin{array}{|c|c|}hline x&y\\hline0&0\\hline3&0.5\\hline6&0.8\\hline11&1.0\\hline15&1.2\\hlineend{array}\nplot each point, one at a time. using the graphing tool, start by plotting (0,0).

Answer

Explanation:

Step1: Plot the points

Plot the points ((0,0)), ((3,0.5)), ((6,0.8)), ((11,1.0)), ((15,1.2)) on the given graph - grid one - by - one.

Step2: Analyze the shape

Observe the overall shape of the scatter - plot. As (x) increases, (y) also increases in a relatively straight - line fashion. The rate of change of (y) with respect to (x) seems to be approximately constant.

Answer:

The data are best modeled by a linear function.