$(10$ Points$)($Formulation Problem$)$ A company with two plants must ship units of its

product to three customers next week. The demand and shipping costs are in the following

table:

$9x_{12}$

$$

Additionally, each unit must be machined and assembled. The costs, requirements, and

labor availabilities in the two plants are as follows:

Formulate an LO$-$model to determine which plants the units should be manufactured in so

that the orders are filled at minimum cost. $($Your LO$-$model doesn't need to be in standard

form, and you don't need to solve it$!.)$

$(10$ Points$)($Formulation Problem$)$ A company with two plants must ship units of its

product to three customers next week. The demand and shipping costs are in the following

table:

Additionally, each unit must be machined and assembled. The costs, requirements, and

labor availabilities in the two plants are as follows:

Formulate an LO$-$model to determine which plants the units should be manufactured in so

that the orders are filled at minimum cost. $($Your LO$-$model doesn't need to be in standard

form, and you don't need to solve it$!.)$