12.(i)Find the basic feasible solution of the following transportation problemby north-west corner rule. Also, find the optimal transportation plan.Available8060AB145323234 5To1. 2 63. 4 5C563D2445Required 60 60 30 4023104020200t

12345AvailabilityA4312680B5234560C3563240D2445320Requirement6060304010200

Answered: Find the basic feasible solution of the…

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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Which one is the optimal solution of given linear programming model? Max Z = X1 + X2 s.t. 8X1 + 6X2 12 X2 2 1 2X2 < 6 X1, X2 0. OA. X1= 9/4, X2 = 1, Max Z-13/4 O B. X1=3/ 2, X2 =1, Max Z-5/2 OC X1=6/8, X2 =3, Max Z-15/4 OD. X1=0, X2 = 3, Max Z=3 Seçimi Sıfırla
also if you could find the answer to what is the minimum cost, that is part 2 of this question Please answer all questions step by step
Find the MAXIMUM and MINIMUM value of the Objective function for the feasible regions shown.
how don in solve for the optimal combination of labour and capital that maximized output. given 4K2+3KL+6L2 subject to the budget constraint K+L=56
C=-40) 2. Write a piece-wise function for the following graph. Hint: find linear equations for each "piece" of the function with its associated domain restriction. Page Section 1.3-14 Lab МАT 171 ance tra Capacity Ring aper than round ring рарer nteed t stick available in most versions and close with one touch transfer, non-stick material material is PVC FREE ide binders for covering extra-wide dividers. 697124
determine an initial basic feasible solution to the following transportation problem using North-west corner method.
please send handwritten solution for Q3 part 1
Given is a LP model. Max Z = 4 x + 5 y s.t. x + 3 y ≤ 22 − x + y ≤ 4 y ≤ 6 2 x − 5 y ≤ 0 x ≥ 0, y ≥ 0 Plot all constraint equations on the same graph. Shade the Feasible region. Label the corner points of the Feasible region. Solve for decision variables x and y. Solve for Z.
2. In each of the following cases, write down the northwest corner rule solution and use the stepping stone method to find the minimal transportation cost. Supply 20 30 70 Source A B C Demand D 8 6 10 90 Destinations E 6 3 7 20 F 9 8 9 10

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Find the basic feasible solution of the following transportation problem by north-west corner rule. Also, find the optimal transportation plan. 1 4 5 3 D 2, 4 4 Required 60 60 30 40 2 3 4 5 Available 1. 2 6 80 3. 4 5 60 6 3 2 40 5 3 20 10 A B 3 2 5 200 1 {