Find the maximum value of an objective function given constraints by graphing Question Solve the following maximization problem graphically. P(x, y) = 6x+8y+ 37; subject to: x+ys8 2x+3y 26 x20 y 20 Select the correct answer below: 85 101 119 53

Find the maximum value of an objective function given constraints by graphing Question Solve the following maximization problem graphically. P(x, y) = 6x+8y+ 37; subject to: x+ys8 2x+3y 26 x20 y 20 Select the correct answer below: 85 101 119 53

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Description: Question in image below.Thank you Find the maximum value of an objective function given constraints by graphingQuestionSolve the following maximization problem graphically.P(x, y) = 6x+8y+ 37;subject to:x+ys82x+3y 26x20y 20Select the correct answer b

College Algebra (MindTap Course List)

12th Edition

ISBN:9781305652231

Author:R. David Gustafson, Jeff Hughes

Publisher:R. David Gustafson, Jeff Hughes

Chapter6: Linear Systems

Section6.8: Linear Programming

Problem 1SC: Find the maximum value of P=4x+3y subject to the constraints of Example 1. {x+y42x+y6x0y0

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Find the maximum value of P=4x+3y subject to the constraints of Example 1. {x+y42x+y6x0y0
Sketch the region corresponding to the system of constraints. Then find the minimum and maximum values of the objective function z=3x+2y and the points where they occur, subject to the constraints. x+4y202x+y12x0y0
Feasible region all part of this problem refer to the following Feasible region and objective function. {x0xyx+2y12x+y10}P=x+4y (a) Graph the Feasible region. (b) on your graph from part(a) , sketch the graph of the linear equation obtained by (c setting P equal to 40,36,32 and 28 . (c) if you continue to decrease the value of P, at which vertex of the Feasible region will these lines first touch the Feasible region . (d) verify that the maximum value of P on the Feasible region occurs at the vertices you too chose in part(c).
Feasible RegionAll parts of this problem refer to the following feasible region and objective function. {x0xyx+2y12x+y10 P=x+4y aGraph the feasible region. bOn your graph from part a, sketch the graphs of the linear equations obtained by setting P equal to 40, 36, 32, and 28. cIf you continue to decrease the value of P, at which vertex of the feasible region will these lines first touch the feasible region? dVerify that the maximum value of P on the feasible region occurs at the vertex you chose in part c.