Exhibit 6-4 Total utility for multiplex tickets, video rentals, and popcorn

\begin{array} { | c | c | c | } \hline \begin{array} { c } \text { Total Utility } \\\text { from Multiplex Tickets }\end{array} & \begin{array} { c } \text { T otal Utility } \\\text { from Video Rentals }\end{array} & \begin{array} { c } \text { Total Utility } \\\text { from Popcorn }\end{array} \\\hline 1 \text { movie ( } 30 \text { utils) } & 1 \text { video (14 utils) } & 1 \text { bag (8 utils) } \\2 \text { movies (54 utils) } & 2 \text { videos (24 utils) } & 2 \text { bags (13 utils) } \\3 \text { movies (72 utils) } & 3 \text { videos (30 utils) } & 3 \text { bags } ( 15 \text { utils) } \\4 \text { movies (84 utils) } & 4 \text { videos (32utils) } & 4 \text { bags (16 utils) } \\\hline\end{array}

-In Exhibit 6-4, assume the Multiplex tickets cost $6 each, video rentals cost $2 each, and bags of popcorn cost $1 each. Suppose the consumer has $12 per week to spend on multiplex tickets, video rentals, and popcorn. In the consumer equilibrium, what is the marginal utility per dollar for each of the three goods?
A) 5 utils per dollar.
B) 9 utils per dollar.
C) 13 utils per dollar.
D) 22 utils per dollar.

Exhibit 6A-6 Consumer Equilibrium

Multiple Choice

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