EmilyAnne Company makes two products: HIGH and LOW. It makes a profit of $100 per unit on each HIGH product sold, and $30 per unit on each LOW product sold. The demand for its products is that it can sell all the HIGH and LOW products that the company can make. Note: Sales of a fraction of a product are possible. To make each product requires two activities: (1) Assembling, and (2) Painting. The Assembling Department has 300 hours available while the paint shop has 150 hours available. 600 08 It takes EIGHT hours of Assembling and FIVE hours of Painting to make one HIGH product. It takes TWO hours of Assembling and THREE hour of Painting to make one LOW product. Required (1) State the information in mathematical form [use H for HIGH product; and L for LOW product. 1. Show the Profit equation. II. Show each constraint equation for Assembling and Painting. (2) Consider the graphs shown below based on production constraints]. 1. Solve the Constraint equations to determine the numeric amounts for Points A, and B. Enter answers in spaces. Show computations. II. Use appropriate letters from the graph (A, B, C, D, E] to indicate THE FEASABLE BOUNDARY. EXTRA CREDIT 1. Determine the coordinates for point C. Show some work. II. Determine [show some calculations] which Point (A, B, C, D, E) results in the Maximum Feasible Profit. (1) I. Profit equation 2= 50x+104 (1) II. Constraint Equations ASSEMBLING Constraint 58134-200 High Product PAINTING Constraint 3x+4=150 Graphs pf Production Constraints B Painting Constraint intersection equation = each Other Assembling Constraint D E Low Product