For the four basic configurations that follow, assume that the market is demanding product that must be processed by both Resource X and Resource Y for Cases I, II, and III. For Case IV, both resources supply separate but dependent markets; that is, the number of units of output from both X and Y must be equal. Plans are being made to produce a product that requires 34 minutes on Resource X and 24 minutes on Resource Y. Assume that there is only one of each of these resources and that market demand is 1,200 units per month. a. How many hours of production time would you schedule for X and Y, assuming unlimited storage? a. How many hours of production time would you schedule for X and Y, assuming unlimited storage? \begin{tabular}{|l|l|l|} \hline \multicolumn{3}{|c|}{ Resources } \\ \hline & X (hours) & Y (hours) \\ \hline Case I & & \\ \hline Case II & & \\ \hline Case III & & \\ \hline Case IV & & \\ \hline \end{tabular} b. What would happen if Y is also scheduled for the same production hours of X