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![Igualar las ecuaciones
• 4x1 + 9.5x2 ≤38
1
4(0) + 9.5(4) = 38
0 + 38 = 38
[ 0 , 4 ]
4(9.5) + 9.5(0) =
38
38 + 0 =
[ 9.5 , 0 ]
4x1 + 9.5x2 =38](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-3-320.jpg)

![4(2) + 9.5(2) ≤
38
27 ≤
38
[ 2 , 2 ]
-
1
4(6) + 9.5(6) ≤
38
81 ≤
38
[ 6 , 6 ]
1](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-5-320.jpg)
![x1 + x2 ≤ 7.5
x1 + x2 = 7.5
2
(0) + ( 7.5 ) = 7.5
7.5 = 7.5
[ 0 , 7.5 ]
(7.5) + (0) =
7.5
7.5 =
[7.5 , 0 ]](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-6-320.jpg)

![-
1
2 + 2 ≤ 7.5
4 ≤ 7.5
[ 2, 2 ]
6 + 6 ≤ 7.5
12 ≤ 7.5
[ 6, 6 ]
2
2](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-8-320.jpg)

![Z=4x1+8.5x2
[ 0, 10 ]
[ 21.5, 0 ]](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-10-320.jpg)

![Z=4x1+8.5x2
[ 0, 4 ]
[ 8.5, 0 ]](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-12-320.jpg)


![ PUNTO OPTIMO = [ 6.3, 1.5 ]
Z=4x1+8.5x2
4(6.31)+8.5(1.5) =37.99](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-15-320.jpg)

Un carpintero busca maximizar sus ganancias produciendo sillas y mesas con recursos limitados de madera y tiempo. Tiene 38 m^2 de madera y 7.5 horas hombre disponibles, con beneficios de 4 pesos por silla y 8.5 pesos por mesa. La solución óptima es producir aproximadamente 6.3 sillas y 1.5 mesas.


![Igualar las ecuaciones
• 4x1 + 9.5x2 ≤38
1
4(0) + 9.5(4) = 38
0 + 38 = 38
[ 0 , 4 ]
4(9.5) + 9.5(0) =
38
38 + 0 =
[ 9.5 , 0 ]
4x1 + 9.5x2 =38](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-3-320.jpg)

![4(2) + 9.5(2) ≤
38
27 ≤
38
[ 2 , 2 ]
-
1
4(6) + 9.5(6) ≤
38
81 ≤
38
[ 6 , 6 ]
1](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-5-320.jpg)
![x1 + x2 ≤ 7.5
x1 + x2 = 7.5
2
(0) + ( 7.5 ) = 7.5
7.5 = 7.5
[ 0 , 7.5 ]
(7.5) + (0) =
7.5
7.5 =
[7.5 , 0 ]](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-6-320.jpg)

![-
1
2 + 2 ≤ 7.5
4 ≤ 7.5
[ 2, 2 ]
6 + 6 ≤ 7.5
12 ≤ 7.5
[ 6, 6 ]
2
2](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-8-320.jpg)

![Z=4x1+8.5x2
[ 0, 10 ]
[ 21.5, 0 ]](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-10-320.jpg)

![Z=4x1+8.5x2
[ 0, 4 ]
[ 8.5, 0 ]](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-12-320.jpg)


![ PUNTO OPTIMO = [ 6.3, 1.5 ]
Z=4x1+8.5x2
4(6.31)+8.5(1.5) =37.99](https://image.slidesharecdn.com/problemasdesillas-130613100242-phpapp02/85/Investigacion-de-Operaciones-Problemas-de-sillas-15-320.jpg)