the question is from quantiative urgent please answer

Cinto Furniture Company has 4 main types of products. Each type product requires a different amount of Assembly, Cutting and Packing hour. Each products requires a different unit of wood. We are now using 4 variables to representing these 4 products: A = # of Product A made and Sold B = # of Product B made and Sold C = # of Product C made and Sold D = # of Product D made and Sold . Profits per unit for Product A is $8.00, Product B is $12.50, Product C is $14.50 and Product D is $9.50. One unit of product A takes 2 minutes of assembly time, 13 minutes of cutting time, 2 minutes of packing time and 1 unit of wood. One unit of B takes 3 minutes of assembly time, 1 minutes of cutting time, 7 minutes of packing time and 13 unit of wood. One unit of C takes 5 minutes of assembly time, 14 minutes of cutting time, 9 minutes of packing time and 12 unit of wood. One unit of D takes 4 minutes of assembly time, 3 minutes of cutting time, 6 minutes of packing time and 15 unit of wood. Cinto Furniture Company wants to make at most 3 Product B for every product a made . . Cinto Furniture Company has 30 hours of assembly time, 40 hours of cutting time, 35 hours of packing time and 3000 units of hood available. Formulate an LP model to assist Cinto Furniture Company in maximizing their profit. Which of the following inequalities is correct? 2A + 3B + 5C + 4D $ 2400 2A + 3B + 5C + 4D S 1800 2A + 3B + 5C + 4D