LP Applications

Problems with more than $2$ variables

Example $2\mathrm{.}4-2($Single$-$Period Production Model$)$

In preparation for the winter season, a clothing company is manufacturing parka and goose overcoats, insulated pants, and gloves. All products are manufactured in four different departments: cutting, insulating, sewing, and packaging. The company has received firm orders for its products. The contract stipulates a penalty for undelivered items. Devise an optimal production plan for the company hased on the followine datal

$\backslash$table$[[$Departmcat$,$Time per unit $($hr$),$Capacity $($br$)],[$Avera$,$Goose,Auts,Gloves$],[$Culting$,30,30,25,\mathrm{.}15,1000],[$Insulating$,25,35,30,10,1000],[$Screing$,45,50,40,22,1000],[$Packaying$,\mathrm{.}15,\mathrm{.}15,1,n5,1000],[$Dcmand$,800,750,600,500,,],[$Unit profit,$530,540,520,$$$10,],[$Unit pcealsy,$$15,520,510,58,]]$

$\frac{2024}{?}$