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3. Suppose the number of machine hours has been identified as the most constrained resource. Determine how Blossom should prioritize production by rank, Le., ordering the products from 1 to 3. 4. If Blossom has only 230,000 machine hours available, calculate the number of units of each table Blossom should produce to maximize its profit. Complete this question by entering your answers in the tabs below. Suppose the number of machine hours has been identified as the most constrained resource. Determine how Blossom should prioritize production by rank, l.e., ordering the products from 1 to 3 . 3. Suppose the number of machine hours has been identified as the most constrained resource. Determine how Blossom shoulc prioritize production by rank, i.e., ordering the products from 1 to 3. 4. If Blossom has only 230,000 machine hours avallable, calculate the number of units of each table Blossom should produce to maximize its profit. Complete this question by entering your answers in the tabs below. If Blossom has only 230,000 machine hours available, calculate the number of units of each table Blossom should produce to maximize its profit. Note: Enter the products in the sequence of their preferences; the product with first preference should be entered first. 3. Suppose the number of machine hours has been identified as the most constrained resource. Determine how Biossom should prioritize production by rank, i.e., ordering the products from 1 to 3. 4. If Blossom has only 230,000 machine hours avallable, calculate the number of units of each table Blossom should produce to maximize its profit. Complete this question by entering your answers in the tabs below. Suppose direct labor hours have been identified as the bottleneck resource. Determine how Blossom should prioritize production by rank, l.e., ordering the products from it to 3. 3. Suppose the number of machine hours has been identified as the most constrained resource. Determine how Blossom should prioritize production by rank, i.e, ordering the products from 1 to 3. 4. If Blossom has only 230,000 machine hours available, calculate the number of units of each table Blossom should produce to maximize its profit. Complete this question by entering your answers in the tabs below. If Blossom has only 36,000 direct labor hours available, calculate the number of units of each table Blossom should produce to maximize its profit. Note: Enter the products in the sequence of their preferences; the product with first preference should be entered first. Blossom, Incorporated, is a small company that manufactures three versions of patio tables. Unit information for its products follows: Blossom has determined it can sell a limited number of each table in the upcoming year. Expected demand for each model follows: \begin{tabular}{ll} Table A & 50,000 units \\ Table B & 20,000 units \\ Table C & 30,000 units \end{tabular} Required: 1. Suppose direct labor hours have been identified as the bottleneck resource. Determine how Blossom should prioritize production by rank, le, ordering the products from 1 to 3. 2. If Blossom has only 36,000 direct labor hours avallable, calculate the number of units of each table Blossom should produce to maximize its profit. 3. Suppose the number of machine hours has been identified as the most constrained resource. Determine how Blossom should prioritize production by rank, i.e.. ordering the products from 1 to 3. 4. If Blossom has only 230,000 machine hours available, calculate the number of units of each table Blossom should produce to maximize its profit