Question: Question 2) (25 points) Consider the following ride matching problem where at a given time of the day in a region, we have 3 customers

Question 2) (25 points) Consider the following ride matching problem where at a given time of the day in a region, we have 3 customers and 4 drivers. We want to match drivers to customers to maximize the total profit of matching. The profit of matching each customer and each driver is given in the table below. driver. a) Formulate a mathematical optimization model to maximize the total profit for this problem. Clearly specify decision variables, objective function, and constraints. b) Use Excel solver to solve this problem. What is the maximum total profit? Which Driver is not assigned to any customer? Answer: Maximum total profit: Driver that is not assigned: Question 2) (25 points) Consider the following ride matching problem where at a given time of the day in a region, we have 3 customers and 4 drivers. We want to match drivers to customers to maximize the total profit of matching. The profit of matching each customer and each driver is given in the table below. driver. a) Formulate a mathematical optimization model to maximize the total profit for this problem. Clearly specify decision variables, objective function, and constraints. b) Use Excel solver to solve this problem. What is the maximum total profit? Which Driver is not assigned to any customer? Answer: Maximum total profit: Driver that is not assigned

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