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The data for the control group has a a. first common differenceb. second common difference c. common ratioTherefore the data is being generated by a a. linear functionb. quadratic function c. exponential functionThe data for the original formula has aa. first common difference b. second common differencec. common ratioTherefore the data is being generated by a a. linear functionb. quadratic functionc. exponential function The data for the improved formula has a a. first common difference b. second common difference c. common ratio Therefore the data is being generated by a a. linear functionb. quadratic functionc. exponential function

The Data For The Control Group Has A A First Common Differenceb Second Common Difference C Common RatioTherefore The Data Is Being Generated By A A Linear Funct class=

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Answer:

The data for the control group has a first common difference, therefore the data is being generated by a linear function

The data for the original group has a second common difference, therefore the data is being generated by a quadratic function

The data for the Improved group has a common ratio, therefore the data is being generated by an exponential function

Explanation:

Given the table in the attached image.

The data for the control group has a common difference, that is the difference between consecutive values are the same.

[tex]d=13-6=20-13=27-20=34-27=41-34=7[/tex]

Since the values have a common difference then it is a linear function.

The original formula has a second common difference, therefore the data is being generated by a quadratic function.

The improved formula has a common ratio;

[tex]r=\frac{18}{9}=\frac{36}{18}=\frac{72}{36}=\frac{144}{72}=\frac{288}{144}=2[/tex]

Therefore, the data is being generated by an exponential function.

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