Decision variables
product x1 x2 x3 x4
quantity 0 8 22 10
Objective function
profit 350 450 550 750 23200.00
Constraints
used
square feet 500 700 800 1000 33200
number of units 0 8 22 10 40
one bedroom max 8 8
two bedroom max 22 22
Three bedroom max 10 10
Min one bedroom 8 8
Min two bedroom 22 22
, 1. Name the decision variables:
X1: number of efficiencies to be built
X2:number of one bedrooms to be built
X3: number of two bedrooms to be built
X4: number of three bedrooms to be built
available 2. What is the optimal values of the dec
<= 40000
<= 40
x1=0 x2=8 x3=22 x4=10
<= 15
<= 22 3. What is the optimal objective functio
<= 10
>= 5 $23200
>= 8
,ision variables:
fficiencies to be built
edrooms to be built
edrooms to be built
bedrooms to be built
ptimal values of the decision variables:
2 x4=10
ptimal objective function:
product x1 x2 x3 x4
quantity 0 8 22 10
Objective function
profit 350 450 550 750 23200.00
Constraints
used
square feet 500 700 800 1000 33200
number of units 0 8 22 10 40
one bedroom max 8 8
two bedroom max 22 22
Three bedroom max 10 10
Min one bedroom 8 8
Min two bedroom 22 22
, 1. Name the decision variables:
X1: number of efficiencies to be built
X2:number of one bedrooms to be built
X3: number of two bedrooms to be built
X4: number of three bedrooms to be built
available 2. What is the optimal values of the dec
<= 40000
<= 40
x1=0 x2=8 x3=22 x4=10
<= 15
<= 22 3. What is the optimal objective functio
<= 10
>= 5 $23200
>= 8
,ision variables:
fficiencies to be built
edrooms to be built
edrooms to be built
bedrooms to be built
ptimal values of the decision variables:
2 x4=10
ptimal objective function: