Use a graphing calculator to plot the data and find the quadratic function of best fit.
-The following data represents the total revenue, R (in dollars), received from selling x bicycles at Tunney's
Bicycle Shop. Using a graphing utility, find the quadratic function of best fit using coefficients rounded to the
nearest hundredth. $$\begin{array} { c | c }
\text { Number of Bicycles, } x & \text { Total Revenue, R (in dollars) } \
\hline 0 & 0 \
22 & 27,000 \
70 & 46,000 \
96 & 55,200 \
149 & 61,300 \
200 & 64,000 \
230 & 64,500 \
250 & 67,000
\end{array}$$

Question

Use a graphing calculator to plot the data and find the quadratic function of best fit.
-The following data represents the total revenue, R (in dollars), received from selling x bicycles at Tunney's
Bicycle Shop. Using a graphing utility, find the quadratic function of best fit using coefficients rounded to the
nearest hundredth. $$\begin{array} { c | c } 
\text { Number of Bicycles, } x & \text { Total Revenue, R (in dollars) } \
\hline 0 & 0 \
22 & 27,000 \
70 & 46,000 \
96 & 55,200 \
149 & 61,300 \
200 & 64,000 \
230 & 64,500 \
250 & 67,000
\end{array}$$

Quizplus · Accepted Answer

The Answer of Use a graphing calculator to plot the data and find the quadratic function of best fit.
-The following data represents the total revenue, R (in dollars), received from selling x bicycles at Tunney's
Bicycle Shop. Using a graphing utility, find the quadratic function of best fit using coefficients rounded to the
nearest hundredth. $$\begin{array} { c | c } 
\text { Number of Bicycles, } x & \text { Total Revenue, R (in dollars) } \
\hline 0 & 0 \
22 & 27,000 \
70 & 46,000 \
96 & 55,200 \
149 & 61,300 \
200 & 64,000 \
230 & 64,500 \
250 & 67,000
\end{array}$$

Use a Graphing Calculator to Plot the Data and Find