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Download JNTUH MBA 3rd Sem 2019 April Quantitative Analysis for Business Decisions Question Paper

Download JNTUH (Jawaharlal Nehru Technological University Hyderabad) MBA Third Year (3rd Year) 2019 April Quantitative Analysis for Business Decisions Question Paper.

This post was last modified on 04 December 2019

This download link is referred from the post: JNTUH MBA 3rd Sem Last 10 Year Question Papers (2010-2020) All Regulation - (JNTU Hyderabad)



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Hall Ticket No


Time: 3 Hours


Question Paper Code: CMB011

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MBA III Semester End Examinations (Supplementary) - April, 2019


Regulation: .-R16


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Quantitative Analysis for Business Decisions


(MBA)


Answer ONE Question from each Unit

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All Questions Carry Equal Marks


All parts of the question must be answered in one place only


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UNIT - I


Max Marks: 70



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  1. (a) Describe the different steps followed in OR Model to provide better solution. [7M]

    (b) List important Features and limitations of OR solutions. [7M]

  2. (a) State and explain classification of different Models available in Practice. [7M]

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    (b) Explain the origin of OR in brief and write its applications. [7M]


UNIT II

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  1. (a) A company is producing three products A,B and C. Formulate an LPP model to maximise the
    Profit for the following collected data given in Table 1; [7M]

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    Table 1





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    FactorABCAvailability
    Selling Price/unit500300400
    Raw Material /unit15 units5 units10 Unitsmore than 2000 units
    Labor Hours/Unit845Less than 1200Hrs.
    Machine Hours/Unit423200 Hrs.


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    (b) Solve the following LPP by graphical method [7M]

    Max Z=5x+3y

    Subject to constraints

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    2x+y ≤ 1000

    x≤400

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    y≤700

    x,y≥0

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  3. (a) Find the non-degenerate Initial solution by VAM to the following TPM Table 2. [7M]

    Table 2



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    Factory/WarehouseW1W2W3Supply
    A64150
    B38740
    C44260
    Demand209535


    (b) Is the following Initial solution given in Table 3 is Optimal? Check using MODI method [7M]

    Table 3

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    From/ToW1W2W3Supply
    A64(15)1(35)50
    B3(20)8(20)740
    C44(60)260
    Demand209535


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UNIT - III



  1. (a) Describe the steps in solving a Maximisation Assignment model by Hungarian method. [7M]

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    (b) Find the optimal solution to following Maximisation assignment problem given in Table 4. (sales
    in 000 value) [7M]

    Table 4

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    ABCDE
    W13238402840
    W24024282136
    W34127333037
    W42238413636
    W52933403539


  2. (a) Describe the Travelling Salesman model with one example. [7M]

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    (b) Find the optimal route to the following Travelling salesman model given in Table 5 [7M]

    Table 5



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    ABCD
    AX12173
    B12X63
    C176X7
    D337X



UNIT - IV

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  1. (a) With an example describe the Criterion of Pessimism [7M]

    (b) Solve the following Table 6 using Min-Max regret criterion values given in Lakhs.. [7M]

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    Table 6




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    StrategiesNature
    S1S2S3
    N1171312
    N2151410
    N3131513


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  3. (a) Discuss the various types of decision making environments in detail along with different decision
    making techniques. [7M]

    (b) The following information given in Table 7 available related to a Rental car system. Cars have
    fixed cost of Rs. 400/- per day and variable cost of Rs.800. If the rental car owner has 4 vehicles,

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    what are its daily expectations? If it is required to start new business without any cars how
    many cars he has to buy? [7M]

    Table 7


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    Number of cars demand01234
    Probability0.10.20.30.20.2


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UNIT - V



  1. (a) Describe the operating characteristics of Queuing system with an example [7M]

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    (b) Describe the various service process followed in practice with one example . [7M]

  2. (a) What is queue system and explain various applications of queuing models. [7M] Arrivals at
    Railway Ticketing booth are considered to be Poisson with an average time of 5 minutes between

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    one arrival and next. The length of service is assumed to be exponentially distributed with a
    mean time of 4 Minutes. [7M]


    1. What is the probability that a person arriving at the ticket booth will have to wait?
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    3. What is the average length of queue?

    4. What is the expected number of customers in the system?

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    6. If the average time spent by customer in queue is more than 5 minutes a second Ticket booth
      will be operated. Is second Ticket booth is required?


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This download link is referred from the post: JNTUH MBA 3rd Sem Last 10 Year Question Papers (2010-2020) All Regulation - (JNTU Hyderabad)