Question: A Formulate the algebraic model for this problem by writing down the decision variables, objective function, and constraints. The following diagram represents various flows that

A Formulate the algebraic model for this problem

A Formulate the algebraic model for this problem by writing down the decision variables, objective function, and constraints.

The following diagram represents various flows that can occur through a sewage treatment plant with the numbers on arcs representing the maximum flow (in tonnes of sewage per hour) that can be accommodated. The plant manager wants to know the systems capacity

B

Formulate the algebraic model for this problem by writing down the decision variables, objective function, and constraints.

Alternative travel times between six locations are as shown on the following diagram. A traveller wants to minimise the overall travel time between locations 1 and 6

a. Formulate the algebraic model for this problem by writing down the decision variables, objectwe function, and constraints. The following diagram represents various flows that can occur through a sewage treatment plant with the numbers on arcs representing the maximum flow in tonnes of sewage per hour that can be accommodated. The plant manager wants to know the system's capacity. 15 8 12 3 3 12 9 7 N 16 b. Formulate the algebraic model for this problem by writing down the decision vanables, objective function, and constraints. Alternative travel times between six locations are as shown on the following diagram. A traveler wants to minimize the overall travel time between locations 1 and 6. 11

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