With reference to the framework for network design decisions (please see Fig 5-2 of your textbook), which phase of the decision-making process A. More than 27 Million dollars does this problem belong to? B. Decision-making under uncertainty What is the average cost (per mile) associated with the optimal solution? Phase II What is the number of decision variables in this optimization problem? Phase I Is this problem related to decision-making under risk, certainty, or uncertainty? This problem requires using a non-linear optimization algorithm because the objective function as well as the constraint(s) contain non-linear terms. E. None of the given choices F. 16 G. Decision-making under risk H. 4 Phase III J. True K. 2 L. Less than 19,000 dollars M. False N. Decision-making under certainty O. Phase IV Framework for Network Design Decisions \begin{tabular}{|c|} \hline COMPETITIVE STRATEGY \\ \hline INTERNAL CONSTRAINTS Capital, growth strategy, existing network \\ \hline \end{tabular} FIGURE 5-2