Linear Programing Formulation Problem: Winkler Furniture manufactures two different types of china cabinets: a French Provincial model and a Danish Modern model. Each cabinet must go through three departments: carpentry, painting, and finishing. The table below contains all relevant information concerning production times per cabinet produced and production capacities for each operation per day, along with net revenue per unit produced. The firm has a contract with an Indiana distributor to produce a minimum of 60 of each cabinet per day. The owner of Winkler Furniture would like to determine a product mix to maximize the daily revenue. Formulate the above as an "LP" problem and use "Excel Solver" to find the "Optimum Solution - Point and Value'? Linear Programing Formulation Problem: Winkler Furniture manufactures two different types of china cabinets: a French Provincial model and a Danish Modern model. Each cabinet must go through three departments: carpentry, painting, and finishing. The table below contains all relevant information concerning production times per cabinet produced and production capacities for each operation per day, along with net revenue per unit produced. The firm has a contract with an Indiana distributor to produce a minimum of 60 of each cabinet per day. The owner of Winkler Furniture would like to determine a product mix to maximize the daily revenue. Formulate the above as an "LP" problem and use "Excel Solver" to find the "Optimum Solution - Point and Value