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A manufacturing company makes two types of waterski, labor-hours for fabricating and 1 labor-hour for finishing. The slalom aki requires 5 labor-hours for fabricating and 11 labon-hour for finishing The maximum labor-hours available per day for fabricating and finishing are 135 and 22. respectively Find the set of feasible solutions graphically for the number of each type of ski that can be produced Came fx is the number of trick skis and y is the number of slalom skis produced per day, write a system of linear inequalities that indicates appropriate restraints on x and y Write an inequality for the constraint on fabricating time. Complete the inequality below. 135 Write an inequality for the constraint on finishing sime. Complete the inequality below 22 Are any other inequalities needed? A Yes, xay OB Yes, x20 and 20 OG. Yes, x50 and yo OD No Use the graphing tool to graph the system. Graph the region that represents the correct solution only once 15 a C

A manufacturing company makes two types of waterski, labor-hours for fabricating and 1 labor-hour for finishing. The slalom aki requires 5 labor-hours for fabricating and 11 labon-hour for finishing The maximum labor-hours available per day for fabricating and finishing are 135 and 22. respectively Find the set of feasible solutions graphically for the number of each type of ski that can be produced Came fx is the number of trick skis and y is the number of slalom skis produced per day, write a system of linear inequalities that indicates appropriate restraints on x and y Write an inequality for the constraint on fabricating time. Complete the inequality below. 135 Write an inequality for the constraint on finishing sime. Complete the inequality below 22 Are any other inequalities needed? A Yes, xay OB Yes, x20 and 20 OG. Yes, x50 and yo OD No Use the graphing tool to graph the system. Graph the region that represents the correct solution only once 15 a C

Algebra and Trigonometry (6th Edition)
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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A manufacturing company makes two types of water skis, a trick ski and a slalom skl. The trick ski requires 9 labor-hours for fabricating and 1 labor-hour for finishing. The slalom aki requires 5 labor-hours for fabricating and 11 labon-hour for finishing. The maximum labor-hours available per day for fabricating and finishing are 135 and 22. respectively Find the set of feasible solutions graphically for the number of each type of ski that can be produced Ex is the number of trick skis and y is the number of slalom skis produced per day, write a system of linear inequalities that indicates appropriate restraints on x and y Write an inequality for the constraint on fabricating time. Complete the inequality below 135 Write an inequality for the constraint on finishing sime. Complete the inequality below 22 Are any other inequalities needed? A Yes, xay OB Yes, x20 and y20 OC. Yes, x50 and yo OD No Use the graphing tool to graph the system. Graph the region that represents the correct solution only once 29 18 14 a C
Transcribed Image Text:A manufacturing company makes two types of water skis, a trick ski and a slalom skl. The trick ski requires 9 labor-hours for fabricating and 1 labor-hour for finishing. The slalom aki requires 5 labor-hours for fabricating and 11 labon-hour for finishing. The maximum labor-hours available per day for fabricating and finishing are 135 and 22. respectively Find the set of feasible solutions graphically for the number of each type of ski that can be produced Ex is the number of trick skis and y is the number of slalom skis produced per day, write a system of linear inequalities that indicates appropriate restraints on x and y Write an inequality for the constraint on fabricating time. Complete the inequality below 135 Write an inequality for the constraint on finishing sime. Complete the inequality below 22 Are any other inequalities needed? A Yes, xay OB Yes, x20 and y20 OC. Yes, x50 and yo OD No Use the graphing tool to graph the system. Graph the region that represents the correct solution only once 29 18 14 a C
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