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Use the Graph to Solve the Problem f(x)={43+2.3x for 1970 to 198027+3.9x for 1980 to 1990f(x)= \begin{cases}43+2.3 x & \text { for } 1970 \text { to } 1980 \\ 27+3.9 x & \text { for } 1980 \text { to } 1990\end{cases}

Question 216

Multiple Choice

Use the graph to solve the problem.
-The population (in thousands) of one city is approximated by
f(x) ={43+2.3x for 1970 to 198027+3.9x for 1980 to 1990f(x) = \begin{cases}43+2.3 x & \text { for } 1970 \text { to } 1980 \\ 27+3.9 x & \text { for } 1980 \text { to } 1990\end{cases}
The graph of this function is shown below. In this graph, x=0\mathrm{x}=0 represents 1970. Use the graph to estimate the population of the city in 1986.
 Use the graph to solve the problem. -The population (in thousands)  of one city is approximated by  f(x) = \begin{cases}43+2.3 x & \text { for } 1970 \text { to } 1980 \\ 27+3.9 x & \text { for } 1980 \text { to } 1990\end{cases}  The graph of this function is shown below. In this graph,  \mathrm{x}=0  represents 1970. Use the graph to estimate the population of the city in 1986.    A)  About 96,400 B)  About 78,400 C)  About 89,400 D)  About 82,400


A) About 96,400
B) About 78,400
C) About 89,400
D) About 82,400

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