Optimization problem A multi management company can use 2 fa
Optimization problem
A multi management company can use 2 factories to manufacture a certain product. The fabrication capacity of each factory in regular time is the following:
Factories Capacity in units
F-1 1800
F-2 2200
So the unit cost of production is $0 in regular time at each factory.
The company supplies 3 warehouses whose requests are:
Warehouses Unit requests
W-1 1500
W-2 2000
W-3 1800
The overtime manufacturing allows to increase the capacity of 800 units for F-1 and 1000units for F-2. However, we must do a marginal increase in manufacturing costs of 7$ and 6$ for the factories F-1 and F-2, respectively.
The units transportation costs:
Warehouses
W-1 W-2 W-3
Factories F-1 6 4 7
F-2 5 3 2
Formulate the linear model that allows to determine the quantities to manufacture at each factory to minimize the costs(marginal) of fabrication and transport.
Optimization problem A multi management company can use 2 factories to manufacture a certain product. The fabrication capacity of each factory in regular time is the following: Factories Capacity in units F-1 1800 F-2 2200 So the unit cost of production is $0 in regular time at each factory. The company supplies 3 warehouses whose requests are: Warehouses Unit requests W-1 1500 W-2 2000 W-3 1800 The overtime manufacturing allows to increase the capacity of 800 units for F-1 and 1000units for F-2. However, we must do a marginal increase in manufacturing costs of 7$ and 6$ for the factories F-1 and F-2, respectively. The units transportation costs: Warehouses W-1 W-2 W-3 Factories F-1 6 4 7 F-2 5 3 2 Formulate the linear model that allows to determine the quantities to manufacture at each factory to minimize the costs(marginal) of fabrication and transport.Solution
let x be the quantity manufactured in F1
and y be the quantity manufactured in F2
(x + 800) <= 1800 or x <= 1000
y+1000 <= 2200 or y <=1100
x + y <= 1500
x +y <= 2000
x + y <= 1800
Z = 7x + 6y
Z1 = 6x + 5y
Z2 = 4x + 3y
Z3 = 7x + 2y

