Q2: (7 points) JJs operates 7 hours per day, 6 days per week, and 50 weeks per year to manufacture products A and B. The demand on product A is twice the demand on product B. The expected demand on product A is SN (your student number) units per week at least. Products require processing at 3 different machines, and they use 2 key ingredient materials as in table Q2. The company keeps 10kgs of each material in its storage per week. A unit of product A sells at $10 while it costs JJS $6.5 to produce it, and a unit of product B sells at $15 while it costs JJs $12 to produce it. Construct an LP to help Jus determine their optimal production schedule. List one feasible solution to the problem. Table Q2 Minutes per unit Material (kg) 1 II Machine 3 Product A Machine 1 10 7 Machine 2 16 11 0 1.5 0.8 0.3 0.7 B 7 Q2: (7 points) JJs operates 7 hours per day, 6 days per week, and 50 weeks per year to manufacture products A and B. The demand on product A is twice the demand on product B. The expected demand on product A is SN (your student number) units per week at least. Products require processing at 3 different machines, and they use 2 key ingredient materials as in table Q2. The company keeps 10kgs of each material in its storage per week. A unit of product A sells at $10 while it costs JJS $6.5 to produce it, and a unit of product B sells at $15 while it costs JJs $12 to produce it. Construct an LP to help Jus determine their optimal production schedule. List one feasible solution to the problem. Table Q2 Minutes per unit Material (kg) 1 II Machine 3 Product A Machine 1 10 7 Machine 2 16 11 0 1.5 0.8 0.3 0.7 B 7