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These tables represent an exponential function, find the average rate of change for the interval from x=9 to x=10.

These Tables Represent An Exponential Function Find The Average Rate Of Change For The Interval From X9 To X10 class=

Sagot :

The average rate of change for the interval from x=9 to x=10 is 39366

Exponential equation

The standard exponential equation is given as y = ab^x

From the values of the average change, you can see that it is increasing geometrically as shown;

2, 6, 18...

In order to , find the average rate of change for the interval from x=9 to x=10, we need to find the 10 term of the sequence using the nth term of the sequence;

Tn = ar^n-1

Given the following

a = 2

r = 3

n = 10

Substitute

T10 = 2(3)^10-1
T10 = 2(3)^9
T10 = 39366

Hence the  average rate of change for the interval from x=9 to x=10 is 39366

Learn more on exponential function here: https://brainly.com/question/12940982

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