1:Use the simplex method to solve the following optimization model (solveone iteration).Min R = 4A 5B-6CSubject to: -2A-C 2-143B+ 8C ≤ 24-2A-6B2-12A,B,C ≥ 0

Let us write the problem in our usual notations for our own convenience. i.e. Write x1 , x2 , x3…

Answered: 1:Use the simplex method to solve 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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(b) To find the number of shoes, a company should manufacture per day to optimally use their machine and assembly line. One needs to solve the following set of equations. The unknowns are the number for men, X1, women, x2, teenagers, x3, and infants, x4. 10x1 – x2 + 2x3 = 6 —х1 + 11х — хз+ 3x, 3D 25 2x1 – x2 + 10xX3 – X4 = -11 Зx2 — хз + 8хд 3D 15 Find approximate solutions to x1, x2, X3, and x4. Starting with x = (0, 0, 0, 0)" and iterating until ||x(*) – x*-)|. < 10-3 ||x(k) || .
Please answer with explanation. I will really upvote.
pod -02/17/21 Asynchronc X + esentation?pin=KDW6Q # 1: Solve algebraically and graphically: 3x -9 < 18 Tt A Open notes navigator
(ii) Solve x(2z - 3y)p + y(3x + z)q + yz + 2xz
Find the optimal solution by simplex method 3 X, - 150x, + 1 Max Z X; - 6X4 50 s/t 25x, - 600x, – 4x, + 900x, s 0 25x, - 4500x, - Xz + 150x4 3 0 Xz 3 1 uhere x;¿ O
2 A stone is released from a catapult towards a castle. The castle is 120 m away, and is 10 m high. The stone moves with horizontal component - 30t metres and vertical component y = -4.9 + 201 +5 metres, where t is the time in seconds, t>0. a Find the position of the stone after 1 second. b Find the maximum height reached by the 4 height 10m -120m- distance stone. e Will the stone fly over the castle, hit the castle, or land in front of the castle? Explain your answer.
check the solution for the 3x1^2+2x1.x2+2x2^2+7 has a global optimum or not. please solve the question shortest way
Solve for the optimal solution using the Simplex methodology: max z = 5x, +4x, subject to бх, + 4х, <24 X +2x, <6 Xz - X, <1 X, < 2 X,, X, 2 0
please solve

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1:Use the simplex method to solve the following optimization model (solve one iteration). Min R = 4A-5B-6C Subject to -2A-C 2-14 3B+ 8C ≤ 24 -2A-6B2-12 A,B,C ≥ 0