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A company manufactures three types of lamps, labeled A. B. and C. Each lamp is processed in two departments, I and II. Total available ABC work-hours per day for departments I and I are 391 and 609, respectively. No additional labor is avallable. Time requirements and proft per Work-hours ini 2 3 1 unit for each lamp type are shown in the table to the right. The company has assigned you as the accounting member of its proft planning committee to determine the numbers of types of A, B, and C lamps that it should produce in order to maximize ts total profit from the sale of Work-hours in il 4 2 3 lamps. The following questions relate to a linear programming model that your group has developed. Profit per Unit $7 s6 55 OB. 2.3,1 C. 391, 609 OD. 7,6,5 c. What could the constraint imposed by the available work-hours in department i be expressed as? O A. 4x, + 2x3 + 3x s 301 OB. 4x, + 2x2 + 3x3 2 391 Oc. 2x, + 3x + 1x3 2 391 OD. 2x, + 32 + 1X3 5 391

A company manufactures three types of lamps, labeled A. B. and C. Each lamp is processed in two departments, I and II. Total available ABC work-hours per day for departments I and I are 391 and 609, respectively. No additional labor is avallable. Time requirements and proft per Work-hours ini 2 3 1 unit for each lamp type are shown in the table to the right. The company has assigned you as the accounting member of its proft planning committee to determine the numbers of types of A, B, and C lamps that it should produce in order to maximize ts total profit from the sale of Work-hours in il 4 2 3 lamps. The following questions relate to a linear programming model that your group has developed. Profit per Unit $7 s6 55 OB. 2.3,1 C. 391, 609 OD. 7,6,5 c. What could the constraint imposed by the available work-hours in department i be expressed as? O A. 4x, + 2x3 + 3x s 301 OB. 4x, + 2x2 + 3x3 2 391 Oc. 2x, + 3x + 1x3 2 391 OD. 2x, + 32 + 1X3 5 391

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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please refer to the pictures and answer part a, b, c. thank you so much.

A company manufactures three types of lamps, labeled A. B. and C. Each lamp is processed in two departments, I and II. Total available work-hours per day for departments I and Il are 391 and 609, respectively. No addinional labor is avallable. Time requirements and proft per Work-hours ini 2 3 1 unit for each lamp type are shown in the table to the right. The company has assigned you as the accounting member of its profit planning committee to delermine the numbers of types of A, B, and C lamps that it should produce in order to maximize its total profit from the sae of Work-hours in II 4 2 3 lamps. The following questions relate to a linear programming model that your group has developed. ABC Profit per Unit $7 $6 $5 О в. 2. 3, 1 Oc. 391, 609 OD. 7,6,5 C. What could the constraint imposed by the availatle work-hours in department i be expressed as? O A. 4x, + 2x3 + 3Ky s 391 O B. 4x, + 2x2 + 3x3 2 391 Oc. 2x, + 3K2 + 1x3 2 391 OD. 2, + 3K2 + 1X3 5 391 Click to select your answer
Transcribed Image Text:A company manufactures three types of lamps, labeled A. B. and C. Each lamp is processed in two departments, I and II. Total available work-hours per day for departments I and Il are 391 and 609, respectively. No addinional labor is avallable. Time requirements and proft per Work-hours ini 2 3 1 unit for each lamp type are shown in the table to the right. The company has assigned you as the accounting member of its profit planning committee to delermine the numbers of types of A, B, and C lamps that it should produce in order to maximize its total profit from the sae of Work-hours in II 4 2 3 lamps. The following questions relate to a linear programming model that your group has developed. ABC Profit per Unit $7 $6 $5 О в. 2. 3, 1 Oc. 391, 609 OD. 7,6,5 C. What could the constraint imposed by the availatle work-hours in department i be expressed as? O A. 4x, + 2x3 + 3Ky s 391 O B. 4x, + 2x2 + 3x3 2 391 Oc. 2x, + 3K2 + 1x3 2 391 OD. 2, + 3K2 + 1X3 5 391 Click to select your answer
A company manufactures three types of lamps, labeled A. B, and C. Each lamp is processed in two departments, I and II. Total available work-hours per day for departments l and Il are 391 and 609, respectively. No additional labor is avalable. Time requirements and proft per Work-hours ini 2 3 1 unit for each lamp type are shown in the table to the right. The company has assigned you as the accounting member of its profit planning committee to delermine the numbers of types of A, B, and C lamps that it should produce in order to maximize its total profit from the sale of Work-hours in II 4 2 3 lamps. The following questions relate to a linear programming model that your group has developed. ABC Profit per Unit $7 S6 $5 a. What would the coeticients of the objective function be? O A. 4,2, 3 OB. 391, 609 Oc. 7,6, 5 OD. 2,3, 1 b. What would the constraints in the model be? O A. 4, 2, 3 O B. 2,3, 1 Click to select your answer.
Transcribed Image Text:A company manufactures three types of lamps, labeled A. B, and C. Each lamp is processed in two departments, I and II. Total available work-hours per day for departments l and Il are 391 and 609, respectively. No additional labor is avalable. Time requirements and proft per Work-hours ini 2 3 1 unit for each lamp type are shown in the table to the right. The company has assigned you as the accounting member of its profit planning committee to delermine the numbers of types of A, B, and C lamps that it should produce in order to maximize its total profit from the sale of Work-hours in II 4 2 3 lamps. The following questions relate to a linear programming model that your group has developed. ABC Profit per Unit $7 S6 $5 a. What would the coeticients of the objective function be? O A. 4,2, 3 OB. 391, 609 Oc. 7,6, 5 OD. 2,3, 1 b. What would the constraints in the model be? O A. 4, 2, 3 O B. 2,3, 1 Click to select your answer.
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