Eastborne Realty has $2 million to invest in apartment buildings (A) and townhouses (T). The constraints...

 

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Eastborne Realty has $2 million to invest in apartment buildings (A) and townhouses (T). The constraints on their investment choices are listed in the table below. Initially, the graph below shows the unconstrained choices for the number of apartment buildings and townhouses to be purchased. Eastborne much purchase an entire apartment building or townhouse so fractional values are not feasible. The dots in the graph indicate integer values. Click on the graph to apply each constraint in order; constraints are highlighted as they are applied. Click on the graph, noting the changes with each new constraint, until all the constraints have been applied. The remaining highlighted area is the feasible set. Finally, click on the graph one more time to see the feasible integer solutions (i.e., all the extreme points inside the feasible set). These extreme points are indicated by a dotted red line. 282 T + 400 A Eastborne Realty has $2 million to invest in apartment buildings (A) and townhouses (T). The constraints on their investment choices are listed in the table below. Initially, the graph below shows the unconstrained choices for the number of apartment buildings and townhouses to be purchased. Eastborne much purchase an entire apartment building or townhouse so fractional values are not feasible. The dots in the graph indicate integer values. Click on the graph to apply each constraint in order; constraints are highlighted as they are applied. Click on the graph, noting the changes with each new constraint, until all the constraints have been applied. The remaining highlighted area is the feasible set. Finally, click on the graph one more time to see the feasible integer solutions (i.e., all the extreme points inside the feasible set). These extreme points are indicated by a dotted red line. 282 T + 400 A