Consider the following decision problem. A company sells three different products: laptops, PCs, and tablets. The company want to decide how many laptops, PCs, and tablets to produce next quarter to maximize their total net profit from selling these products. The net profit associated with selling: a laptop is $800, a PC is $1000, and a tablet is $300. Each laptop costs $500 to produce, each PC costs $650 to produce, and each tablet costs $200 to produce. Total cost associated with producing all the products (laptops, PCs and tablets) to be sold next quarter cannot exceed $180,000. The market research shows that the company can sell at most 50 PCs and at most 100 tablets. Is the statement true or false? "In this linear programming (LP) model, producing 30 laptops, 40 PCs, and 150 tablets is a feasible solution." {Ans: False}Is the following statement true or false? "An optimal solution of a linear programming model is a solution that represents the best values for all decision variables and satisfies all the constraints." {Ans: True}Is the following statement true or false? "Tokenization is the process breaking complex data like paragraphs into simple units called tokens. Specifically, sentence tokenization