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The maximum of given function is 8 by (2,2) vertics of feasible solution
8. Use the method of slack variables, along with the pivot() function given on iLearn (and...
Use the method of slack variables to find the vertices of the feasible region in R2 from Assignment 8, defined by the inequalities x + 2y ≤ 4, 3x + 2y ≤ 6, x, y ≥ 0 (a) Introduce slack variables and turn the system of inequalities into a linear system. (b) Use Gauss-Jordan elimination to find the basic solution corresponding to the basic variables x1 and x4 and the basic solution corresponding to the basic variables x1 and x2....
Use the method of slack variables to find the vertices of the feasible region in R2 from Assignment 8, defined by the inequalities +2y4 3r+2y6 r, y 20 r+ 2y = 4 -3x +2y 6 3 (0, 2) (1,) 2 1 (0,0) 120 2 4 (a) Introduce slack variables and turn the system of inequalities into a linear system. (b) Use Gauss-Jordan elimination to find the basic solution corre- sponding to the basic variables a and r4 and the basic...
please Question 1 Convert the constraints into linear equations by using slack variables. Maximize z = 2X1 +8X2 Subject to:X1 + 6x2 s 15 2x1 + 9x2 s 25 X120,X220 X1 + 6x2 +51 s 15 2X1 + 9x2525 25 x1 +6X2+S1 = 15 2X1 +9x2 +52 = 25 O X1 +6X2 + 512 15 2X1 + 9x2 +522 25 X1 +6x2 = S1 +15 2x1 + 9x2 = S2 + 25 Question 2 Introduce slack variables as necessary and...
Tutorial Exercise Use the simplex method to maximize the given function. Assume all variables are nonnegative. Maximize F=3x + 20y subject to 14x + 7y 5 42 5x + 5y $ 60. Click here to begin! Need Help? Read it Watch It 10. 1-/2 Points) DETAILS HARMATHAP114.3.024. Use the simplex method to maximize the given function. Assume all variables are nonnegative. Maximize f = 2x + y subject to the following 2x + 5y S 20 + Sy s 15...
Question 9 Find the value(s) of the function on the given feasible region. Find the maximum and minimum of z = 8x + 8y. K0,5) (5/2,5) (0,4) (6,0) (10,0) 56,32 80,32 -32,-56 48,40 Question 11 Write the expression as a sum and/or a difference of logarithms with all variables to the first degree. In V10192 In 10+ 3 Int+2 in v 01/ in In 90t + 2 in v Jin In 10+ 3 Int + In v In 10 +...
Solve using the graphical method. Choose your variables, identify the objective function and the constraints, graph the constraints, shade the feasibility region, identify all corner points, and determine the solution that optimizes the objective function. Use this information to answer the following 8-part question: A small company manufactures two types of radios- regular and short-wave. The manufacturing of each radio requires two operations: Assembly and Finishing. The regular radios require 1 hour of Assembly and 3 hours of Finishing. The...