Part 5 Constraint Equations and Graphs (30 points) EmilyAnne Company makes two products: HIGH and LOW. It makes a profit of $40 per unit on each HIGH product sold, and $10 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. 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. It takes FIVE hours of Assembling and THREE hours of Painting to make one HIGH product. It takes THREE hours of Assembling and ONE 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. (2) Prepare a [isoprofit) graph to represent a profit of $1,200. (3) Prepare a graph of the feasible production possibilities (based on production constraints] LABEL EACH CONSTRAINT. INDICATE THE FEASABLE BOUNDARY (1) Profit equation (1) Constraint Equations ASSEMBLING Constraint PAINTING Constraint 150 >= 3H + 1L (2) PROFIT Graph (total profit is $1,2001 ILABEL END POINTS; no need to draw to scale) HECH (3) Feasible Production Graph (based on ASSEMBLING and PAINT Constraints LABEL END POINTS; no need to draw to scale) and INDICATE THE FEASABLE BOUNDARY LOW Part 5 Constraint Equations and Graphs (30 points) EmilyAnne Company makes two products: HIGH and LOW. It makes a profit of $40 per unit on each HIGH product sold, and $10 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. 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. It takes FIVE hours of Assembling and THREE hours of Painting to make one HIGH product. It takes THREE hours of Assembling and ONE 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. (2) Prepare a [isoprofit) graph to represent a profit of $1,200. (3) Prepare a graph of the feasible production possibilities (based on production constraints] LABEL EACH CONSTRAINT. INDICATE THE FEASABLE BOUNDARY (1) Profit equation (1) Constraint Equations ASSEMBLING Constraint PAINTING Constraint 150 >= 3H + 1L (2) PROFIT Graph (total profit is $1,2001 ILABEL END POINTS; no need to draw to scale) HECH (3) Feasible Production Graph (based on ASSEMBLING and PAINT Constraints LABEL END POINTS; no need to draw to scale) and INDICATE THE FEASABLE BOUNDARY LOW
