\begin{tabular}{lrrr}
\begin{tabular}{l}
Audience per \\
advertisement
\end{tabular} & 150,000 & 17,000 & 35,000 \\
\begin{tabular}{l}
Cost per \\
advertisement
\end{tabular} & & & \\
\begin{tabular}{l}
Maximum media \\
usage
\end{tabular} & \( \$ 1,500 \) & \( \$ 250 \) & \( \$ 500 \) \\
\hline
\end{tabular}
Complete the partial formulation below:
Convert \% to decimal numbers. Only enter either an integer or real numbers only. Real numbers are rounded to 2 decimal places if applicable. (i.e.: A coefficient of 3 is entered as 3, NOT 3.0 and NOT as 03 ; A coefficient of 4.538 is entered as 4.54 )
Do not enter commas, \$ symbols, leading or trailing blank spaces. Enter numeric 0 for zero coefficients.
Decision Variables Defined:
Let \( T= \) number of \( T V \) ads
Let \( R= \) number of Radio ads
Let \( \mathrm{C}= \) number of online ads (cyberspace)
Objective:
Subject to the constraints:
Budget: \( \square \) \( T+ \) type your answer... \( \quad R+ \) type your answer... \( \square \) \( R+ \) type your answer...
\( C \leq \) type your answer...
Max Online Ads:
type your answer...
\( T+ \) type your answer... \( \quad R+ \) type your answer...
\( C \leq \)
type your answer...
Min TV Ratio:
type your answer...
\( T+ \) type your answer...
\( R+ \) type your answer...
\( C \geq \) \( \square \) \( (T+R+C) \)
8
3 points
