Solve the linear programming problem.70x₁ + 75x22x₁ +Maximizesubject toX₂ ≤ 30X₁ +X₂ ≤ 19X₁ + 3x₂ ≤ 21X1, X2 20Select the correct choice below and, if necessary, fill in the answer boxes to complete yourchoice.A. The maximum is=at x₁(Simplify your answers.)B. The problem is unbounded.OC. The problem is infeasible.and X₂=

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Answered: Solve the linear programming problem.…

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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CALCULUS (UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS LEGIBLY. NO LONG EXPLANATION NEEDED. ANSWER IT ASAP.)
Graph the linear inequalities. 1. W 3x-2y ≤ 6 Graph the system. y <-3x+12 x < 2y 2. x+4y <4
A shipping service restricts the dimensions of the boxes it will ship for a certain type of service. The restriction states that for boxes shaped like rectangular prisms, the sum of the perimeter of the base of the box and the height of the box cannot exceed 130 inches. The perimeter of the base is determined using the width and length of the box. If a box has a height of 60 inches and its length is 2.5 times the width, which inequality shows the allowable width x, in inches, of the box? A) 0
1) Build as few polynomial functions as possible to satisfy each constraint at least once. Record your functions in factored form. A. C. E. G. Has 2 negative x-intercepts Has a positive y-intercept Opens down Has an x-intercept with an order of 2 * Add more rows if needed Polynomial Function Constraints satisfied B. D. F. H. Never enters Quadrant I Ends in Quadrant I Three x-intercepts Has 3 turning points How and why you built
S SEPUP Cell Simulati. C Clever | Portal Dashboard 6 Solutions to Algebr. Play Kahoot! E Google Docs - crea.. lasroom Newsela | Join A Cl. O LINEAR INEQUALITIES Denn Solving a decimal word problem using a two-step linear.. For his phone service, Sam pays a monthly fee of $14, and he pays an additional $0.07 per minute of use. The least he has been charged in a month is $88.97. What are the possible numbers of minutes he has used his phone in a month? Use m for the number of minutes, and solve your inequality for m. O
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Write the constraint below as a linear inequality. A canoe requires 3 hours of fabrication and a rowboat 5 hours. The fabrication department has at most 112 hours of labor available each week. Let x be the number of canoes and let y be the number of rowboats. Choose the inequality that represents the given constraint. A. 3x+5y2112 B. 5x + 3y ≤ 112 C. 5x+3y2112 D. 3x+ 5y ≤ 112
A company sells a product which has a unit sales price of $5, unit variable cost of $3 and total fixed costs of $240,000. The number of units the company must sell to break even is Group of answer choices 120,000 units. 48,000 units. 480,000 units. 80,000 units.
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Julie works no more than 40 hours per week during the school year. She is paid $16 an hour for mentoring students and $14 an hour for tutoring elementary students. She is paid $12 an hour as a personal grocery shopper. She wants to spend at least 10 hours but no more than 15 hours mentoring students. She also wants to spend 8 hours but no more than 12 hours as a personal grocery shopper. Find Julie’s maximum weekly earnings. (Linear Programming) m= # of hrs. spent mentoring t= # of hrs. spent tutoring p=# of hrs. spent personal grocery shopping Earnings=16m+14t+12p Total hours worked: m≥10 m≤15 t≥0 p≥8 p≤12 M+t+p≤40

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