The aim in the problem below is to maximize the number of earthquake survivors that can be helped with the bottled water and the medical kit. Bottied water and medical supplies are to be shipped to...

Answer the following questions

Extracted text: The aim in the problem below is to maximize the number of earthquake survivors that can be helped with the bottled water and the medical kit. Bottied water and medical supplies are to be shipped to survivors of an earthquake by plane. Each container of bottled water will serve 10 people and each medical kit will aid 6 people. Each plane can carry no more than 80,000 pounds. The bottled water weighs 20 pounds per container and each medical kit weighs 10 pounds. Each plane can carry a total volume of supplies that does not exceed 6000 cubic teet. Each water bottle is 1 cubic foot and each medical kit also has a volume of I cubic foot. True False Which is the correct objective function of the given problem? Bottled water and medical supplies are to be shipped to survivors of an earthquake by plane. Each container of bottled water will serve 10 people and each medical kit will aid 6 people. Each plane can carry no more than 80,000 pounds. The bottled water weighs 20 pounds per container and each medical kit weighs 10 pounds. Each plane can carry a total volume of supplies that does not exceed 6000 cubic teet. Each water bottle is 1 cubic foot and each medical kit also has a volume of 1 cubic foot. Z-10x+6y Z=20x+10y Z=x+y z= 80,000x+6000y Which of the following statements is false? In most cases, for the inequality with s, the corresponding solution set is the area below the line The feasible region is a set of values which satisfies ALL the constraints. The optimal solution is the pair of values for the variables that provide the maximum (or minimum) value for the objective function. The optimal solution is not found in the corner points of the feasible region.