Destination 2 3 4 Supply 1 50 2 2 2 30 3 5 30 Demand 30 35 20 25 Source

Q: Solve the given LP problem. If no optimal solution exists, indicate whether the feasible region is…

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Q: Assume that you are located at (A) which is New Orleans. Let Boston (B), Chicago (C) , Denver (D),…

A: Solution contextSince the data about the distances between the cities, modes of transport or…

Q: Minimize: z=4x+8y? subject to: x+1.5y≥45 2x+0.5y≥40 x+y≤40 x,y≥0 questions: -Find the…

A: Given the LPP model:      Min z = 4x+8y? subject to:          x+1.5y≥45        2x+0.5y≥40…

Q: Find the maximum and minimum values of the given objective function on the indicated feasible…

A: *to find:- Max Q. Min. Q.

Q: Solve the given LP problem. If no optimal solution exists, indicate whether the feasible region is…

A: We have the given LP MIn C=9x+y      subject to                10x+20y≥60               0.9x+0.1y≥2…

Q: Find the initial feasible solution using.                 (i) North West corner method     (ii) VAM…

A: As per bartleby guidelines, for more than one question asked only one is to be answered kindly…

Q: Find a starting feasible solution of the following transportation problem using: North West corner…

A: Note:- As per our guidelines and due to time limit, we can answer first three subpart of a problem.…

Q: 1.) A bakery produces two breads Q and W on three machines A, B and C. Bread Q requires 1 hrs on…

A: Observe that it is not mentioned that how much time Q and W require for B and C separately. However,…

Q: Find the maximum and minimum values of the given objective function on the indicated feasible…

A: Given:          M=300−x−y

Q: Solve the given LP problem. If no optimal solution exists, indicate whether the feasible region is…

A:

Q: Consider the capital budgeting probiem given belo max z = 13x1 + 16x2 + 16x3 + 14x4 + 39x5 s.t. 11x1…

A: Below are the screenshots attached of Excel Solver Solution

Q: Find the maximum and minimum values of the given objective function on the indicated feasible…

A: you can clearly understand if you follow the below solution

Q: Find the maximum and minimum values of the given objective function of the indicated feasible…

A: Given: Objective function: Q=70x+82y  ……1   Constraints are: x≥0,y≥0x≤10,y≤20x+y≥5x+2y≤18……1

Q: max Z = x, +3x, s.t. 2. -x; +2x, 0

A: Graphical method

Q: Solve the following LP problems using graphical method. Clearly draw the feasible region,…

A: The problem is,max Z=x1+3x2such that -x1+2x2≤8x1≥0 and x2≥0

Q: 4. The ICARE Company has three plants located throughout a state with production capacity 50, 75 and…

A: The Vogel's approximation method is an iterative procedure to minimize the transportation cost or…

Q: Solve the following LP problems using graphical method. Clearly draw the feasible region,…

A: We  have  max Z=-x1+2x2                   s.t.                   x1+x2≤6                   -x1+2x2≤8…

Q: Lagrange multipliers to give an alternate solution.   Find two positive numbers whose product is…

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Q: 6 Solve the transportation problem using Ka) Least cost method (Vogel's Approxmation Method and…

A: Here we are going to solve the transportation problem using a) Least cost method…

Q: For the feasible region given in the figure and the objective function z = 36x + 50y, a. Determine…

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Q: following Destination Supply Source 2 3 4 2 3 10 15 21 4 3 Demand 11 17 12 a) Formulate this problem…

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Q: Aragon Company produces two models of men’s shoes. Model A has a unit profit of P40  while Model B…

A: Given that a company produces two models of Shoes, A and B. 1) The given data has been put into the…

Q: The Pimco New York Municipal Bond Fund (PNF) and the Fidelity Spartan Mass Fund (FDMMX) are…

A: Let x be the amount invested in Pimco fund and y be the amount invested in Fidelity fund   Total…

Q: Find the maximum and minimum values of the given objective function on the indicated feasible…

A: the first constraint is  which is the vertical line passing through the point (10,0) . the second…

Q: Determine the optimal solution of the transportation problem.   A B C SUPPLY X 10 8 12 100 Y 17 13…

A: We apply vogels approximation

Q: For the feasible region given and the objective function z = 4x + 5y, a. Determine the values of x…

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Q: (4,7) Given the feasible region, what is the value of x so that z=10x+y is maximum? а. О b. 4 с. 6 a…

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Q: Find the initial basic feasible solution of the following transportation problem by The Least Cost…

A: Given problem table is In the given problem, total number of supply constraints is 3 and total…

Q: Find initial basic feasible solution using • North West Corner Rule • Column Minimum Method • Row…

A: In the given question, four methods are given and all the four method are different.   So solve the…

Q: Solve the given LP problem on the right by using The Graphical Solution Method. a) Find the optimal…

A: Let us consider the first constraint as 3x1+2x2=12 in order to draw the first constraint Similarly,…

Q: e following linear optimization model: Maximize z(x1, x2) = 4x1 + 4x2 Subject to

A: In this question, concept of Linear Programming is applied. Linear Programming Linear programming is…

Q: The feasible region is considered to be a case of unboundedness for an LP problem due to: O…

A: We have given that The feasible region is considered to be case of unbounded ess for an LP

Q: A balanced transportation problem with 8 sources and 5 demand points has constraints excluding sign…

A:

Q: Consider the following figure. Figure 1: (0,6) Feasible region (0,0) (4,0) x₁ i) Write down…

A: Optimal solution of a LPP is the feasible solution where the objective function attain it's optimal…

Q: pply the Vogel’s Approximation Method to obtain the initial transportation schedule and hence…

A: Since you've asked multiple questions, as per the answering guidelines we are supposed to answer the…

Q: Given the LP problem, Maximize z = 5x + 2y subject to x + 3y < 5, 2x + y < 2, x + y < 3, х,у 20. a)…

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Q: Component Cost per gallon maximum gallons available per day 1…

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Q: Solve the following LP problems using graphical method. Clearly draw the feasible region,…

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Q: How can we interpret non-basic slack variables within an optimal solution?

A: The objective is interpret non-basic slack variables within an optimal solution.

Q: Describe an algorithm that finds, among all vectors that maximize the primary objective function,…

A: It is given in the question that; P=x:Ax=b,x≥0   I: Profit is the primary function, given by, cTx.…

Q: 3. Consider the transportation problem having the cost and requirement table below. a. Obtain the…

A: We have to solve the transportation problem by all three methods, but we have to solve it by…

Q: Consider the region given by z ≤ 2, x+y 23, 2 2 + y - 254, x, y, z 20 (a) Formulate the problem…

A: Solution

Q: The oil company has three refineries located throughout the country with production capacity (120,…

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Q: Solve for the critical points and determine whether they are minimum point, maximum point or point…

A: Since multiple questions are asked , answering the first question

Q: What is the requirement of initial basic feasible solution in transportation Problem.    Which…

A: Northwest corner rule and VAM methods are the two measurements of transportation cost which is used…

Q: Find the maximum and/or minimum value(s) of the objective function on the feasible set S. (If an…

A: Given: Z=3x+2y Solution: Now we shall determine the value at every point, at (3,6) Z=33+26=21 Now at…

Q: onsider the transportation problem given below.   Destinations   Source 1 2 3 Supplies 1 9…

A: given data source  1 2 3 supplies 1 9 6 4 5 2 4 10 2 6 3 15 7 10 5 demands 9 3 4 16 a)…

Q: Find the corner point that gives the optimal solution for the objective profit function: Max P= x, +…

A: Solution: Given data, Max P = x1 + 4x2 5x1 + 2x2 &lt;= 40.......1  x1 + 3x2 &lt;= 21........2…

Q: II. Consider the transportation problem having the following parameter table: Destination 3 2 6…

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Q: السؤال 6 Which of the following method is used to check the optimality of the initial solution of a…

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