Plant A can produce 5 sedans and 4 minivans per week. Plant B can produce 10 sedans and 6 minivans per week. How many weeks should each plant operate to produce at least 40 sedans? Express your answer as a linear inequality with appropriate non-negative restrictions and draw its graph. Let x be the number of weeks that plant A is producing vehicles and let y be the number of weeks that plant B is producing vehicles. Ay 24 20 Choose the correct inequality with appropriate non-negative restrictions. O 5x+10y s 40, x20, y20 O 5x+10y 2 40, x20, y 20 O 5x+10y < 40, x20, y 20 O 5x+ 10y > 40, x20, y20 16- 12- Question Viewer Use the graphing tool to graph the inequality and the boundary lines representing the nonnegative constraints. Click to 12 16 20 enlarge graph

Plant A can produce 5 sedans and 4 minivans per week. Plant B can produce 10 sedans and 6 minivans per week. How many weeks should each plant operate to produce at least 40 sedans? Express your answer as a linear inequality with appropriate non-negative restrictions and draw its graph. Let x be the number of weeks that plant A is producing vehicles and let y be the number of weeks that plant B is producing vehicles. Ay 24 20 Choose the correct inequality with appropriate non-negative restrictions. O 5x+10y s 40, x20, y20 O 5x+10y 2 40, x20, y 20 O 5x+10y < 40, x20, y 20 O 5x+ 10y > 40, x20, y20 16- 12- Question Viewer Use the graphing tool to graph the inequality and the boundary lines representing the nonnegative constraints. Click to 12 16 20 enlarge graph

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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