When solving a system of equations, Jared found y = x + 10 for one equation and substituted x + 10 for y in the other equation.
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The linea function on the table has a constant slope
The linear and the exponential functions have the same value for x as -2.87 and 1.81
<h3>How to complete the table?</h3>From the complete question (see attachment for graph), we have the table to be:
<u>x f(x) g(x)</u>
-3 -3/2 8
-2 6 4
-1 9/2 2
0 3 1
1 -9/2 1/2
2 -6 1/4
3 3/2 1/8
By analyzing the graphs of two functions, the linear and the exponential functions have the same value for x as -2.87 and 1.81
Read more about functions at:
We'll say that months = n.
Make a set of the DVD's sold:
In month 1, Aaron sold 20 DVDs. There is no data for month 0.
There is a constant increase of 30 DVDs every month. We can make an equation out of this to fit this data set:
a represents the DVDs made.
We need to subtract 10 in this equation, as the starting point is 20, and the increase of 30 is different from the increase from n = 0 to n = 1.
We are looking for the amount of DVDs Aaron sold on the 13th month. Plug 13 into the equation:
The predicted number of DVDs Aaron will sell on the 13th month is 380.
Make a set of the DVD's sold:
In month 1, Aaron sold 20 DVDs. There is no data for month 0.
There is a constant increase of 30 DVDs every month. We can make an equation out of this to fit this data set:
a represents the DVDs made.
We need to subtract 10 in this equation, as the starting point is 20, and the increase of 30 is different from the increase from n = 0 to n = 1.
We are looking for the amount of DVDs Aaron sold on the 13th month. Plug 13 into the equation:
The predicted number of DVDs Aaron will sell on the 13th month is 380.