Assuming you just opened a vehicle (cars and trucks) parking
company in New York City. The total parking area for cars and
trucks is 1400 ft2 . It is needed 14 ft2 of space for each car and
35 ft2 of space for each truck to park in your parking area. New
York City requires that the total parking area needs to be designed
for at least 55 vehicles and at least 20 trucks. You charge $50 for
parking each car and $75 for parking each truck daily. You also
decide that the ratio of total vehicles to total trucks should be
at least 3. Formulate this problem as a Linear Programming model to
maximize your revenue. (Just set up the model, no solving).
company in New York City. The total parking area for cars and
trucks is 1400 ft2 . It is needed 14 ft2 of space for each car and
35 ft2 of space for each truck to park in your parking area. New
York City requires that the total parking area needs to be designed
for at least 55 vehicles and at least 20 trucks. You charge $50 for
parking each car and $75 for parking each truck daily. You also
decide that the ratio of total vehicles to total trucks should be
at least 3. Formulate this problem as a Linear Programming model to
maximize your revenue. (Just set up the model, no solving).
