Question 8 of 10Select the correct statement about the function represented by the table.x y1 262 443 624 805 98A.It is an exponential function because the factor between each x- and y-value is constant.B.It is a linear function because the y-values increase by an equal difference over equal intervals of x-values.C.It is a linear function because the difference y − x for each row is constant.D.It is an exponential function because the y-values increase by an equal factor over equal intervals of x-values.

Question 2 of 10These tables of values represent continuous functions. In which table do the values represent an exponential function?A.x y1 42 83 164 325 64B.x y1 82 163 244 325 40C.x y1 122 173 224 275 32D.x y1 92 103 114 125 13

Decide whether the data in the table represent a linear function or an exponential function. Explain how you know.x y1 1622 543 184 65 2A.The data represent a linear function because there is a common difference of 108.B.The data represent an exponential function because there is a common ratio of 3.C.The data represent a linear function because there is a common difference of –108.D.The data represent an exponential function because there is a common ratio of 1331​ .SUBMITarrow_backPREVIOUS

The value of a certain investment over time is given in the table below. Answer the questions below to determine what kind of function would best fit the data, linear or exponential.Number of Years Since Investment Made, x1234Value of Investment ($), f(x)13,215.5515,826.8519,183.1022,951.00AnswerAttempt 1 out of 2 function would best fit the data because as x increases, the y values change . The of this function is approximately .

Find the equation of the exponential function represented by the table below:xx yy00 1111 3322 9933 2727

Question 6 of 10For the x-values 1, 2, 3, and so on, the y-values of a function form a geometric sequence that increases in value. What type of function is it?A.Exponential decayB.Decreasing linearC.Exponential growthD.Increasing linear