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    MBA205 Solved SMU Assignment

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    Arvind K
    - This document is an assignment for an MBA Operations Research course. It has two sets of questions worth 30 marks total. Set I contains three questions worth 10 marks each on linear programming, transportation problems, and simulation. Set II contains three questions worth 10 marks each on assignment problems, decision making under uncertainty, and replacement models. The student is asked to answer all questions across both sets.

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    MBA205 Solved SMU Assignment

    Uploaded by

    Arvind K
    264 views4 pages
    - This document is an assignment for an MBA Operations Research course. It has two sets of questions worth 30 marks total. Set I contains three questions worth 10 marks each on linear programming, transportation problems, and simulation. Set II contains three questions worth 10 marks each on assignment problems, decision making under uncertainty, and replacement models. The student is asked to answer all questions across both sets.

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    MBA205 Solved SMU Assignment

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    - This document is an assignment for an MBA Operations Research course. It has two sets of questions worth 30 marks total. Set I contains three questions worth 10 marks each on linear programming, transportation problems, and simulation. Set II contains three questions worth 10 marks each on assignment problems, decision making under uncertainty, and replacement models. The student is asked to answer all questions across both sets.

    Copyright:

    © All Rights Reserved
    Download as RTF, PDF, TXT or read online from Scribd
    Download as rtf, pdf, or txt
    264 views4 pages

    MBA205 Solved SMU Assignment

    Uploaded by

    Arvind K
    - This document is an assignment for an MBA Operations Research course. It has two sets of questions worth 30 marks total. Set I contains three questions worth 10 marks each on linear programming, transportation problems, and simulation. Set II contains three questions worth 10 marks each on assignment problems, decision making under uncertainty, and replacement models. The student is asked to answer all questions across both sets.

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    Solved Assignments\ Project

    Contact:- project8182@gmail.com Phone: +91 -9873669404


    ASSIGNMENT
    DRIVE FALL 2017
    PROGRAM MBA
    SEMESTER II
    SUBJECT CODE & NAME MBA205 & OPERATIONS RESEARCH
    BK ID B2068
    CREDITS 4
    MARKS 30

    Note – The Assignment is divided into 2 sets. You have to answer all questions in both sets.
    Average score of both assignments scored by you will be considered as your IA score. Kindly note
    that answers for 10 marks questions should be approximately of 400 words.
    SET-I
    Q.No Questions Marks Total Marks
    1 Define the Linear programming problem in operation Research. Also, explain
    various assumptions, advantages and limitations of linear programming problem.
    A Linear programming problem in operation Research 2.5 10
    Assumptions of linear programming problem 20 2.5
    Advantages of linear programming problem 2.5
    Limitations of linear programming problem 2.5
    2 a. Discuss the concept of Degeneracy in transportation problem
    10
    b. The ABC Tool Company has a sales force of 25 men who work out from Regional
    offices. The company produces four basic products lines of hand tools. Mr. Jain,
    the sales manager, feels that 6 salesmen are needed to distribute product line 1,
    10 salesmen are needed to distribute product line 2, 4 salesmen to product line 3
    and 5 salesmen to product line 4. The cost per day of assigning salesmen from
    each of the offices for selling each of the product lines are as follows

    Regional office Product Lines


    �Ú �Û �Ü �Ý
    �Ú 20 21 16 18
    �Û 17 28 14 16
    �Ü 29 23 19
    Now, 10 salesmen are allowed to office �Ú , 9 salesmen to office �Û, and 7 salesmen
    to office �Ü.
    How
    linemany salesmen
    in order shouldcosts?
    to minimize be assigned from each office to selling each product

    A Degeneracy in transportation problem 4


    Optimum allocation. 3
    Optimum transportation cost 3
    3 a. Elaborate the meaning of Simulation.
    b. What are different Practical applications of simulation

    A Meaning of Simulation. 2 10
    Practical applications of simulation 8

    SET-II

    1 a. Define the meaning of assignment problem in operation Research.


    b. A Departmental head has four subordinates and four task to be performed. The
    subordinates differ in efficiency and the tasks differ in their intrinsic difficulty. His
    estimate of the times each man would take to perform each task is given in the
    following matrix-
    10
    Tasks Subordinates
    I II III IV
    A 8 26 17 11
    B 13 28 4 26
    10
    C 38 19 18 15
    D 19 26 24
    How should the tasks be allocated to subordinates to minimize the total man-hours?
    A Description of assignment problem 4 10
    Optimum allocation through Hungarian method 6
    2 aHILQH IROORZLQJ FULWHULa¶V XVHG IRU GHFLVLRQ PaNLQJ XQGHU Uncertainty
    a. Optimism (maximax or minimin) criterion
    b. Pessimism (maximin or minimax) criterion
    c. Equal probabilities (Laplace) criterion
    d. Coefficient of optimism
    Regret (salvage) criterion(Hurwicz) criterion
    e.
    A a. Optimism (maximax or minimin) criterion 2
    b. Pessimism (maximin or minimax) criterion 2
    c. Equal probabilities (Laplace) criterion 2
    d. Coefficient of optimism (Hurwicz) criterion 2
    400

    e. Regret (salvage) criterion 2


    3 a. Explain the importance and utility of the replacement model in business
    organizations.
    b. The maintenance cost and re-sale value per year of a machine whose purchase
    price is Rs. 7000 is given below-
    Year 1 2 3 4 5 6 7 8
    Maintenance cost (in Rs.) 900 1200 1600 2100 2800 3700 4700 5900
    Re- sale value (in Rs.) 4000 2000 1200 600 500 400 400
    When should the machine be replaced?

    A Importance and utility of the replacement model 4 10


    Replacement Year 6

    *A- Answer

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