University: Bharathiar University
Course: M.B.A
Subject : Quantitative techniques for management
Year of Question Paper : 2014
MBA Degree second year examination of May 2014
Quantitative techniques for management
Time: 3 hours
Maximum marks: 100
Answer any five questions. Each question carries 20 marks.
1. Find the mean, median and mode for the following data and verify the empirical relation.
Class Frequency
1_10. 3
11_20. 7
21_30. 13
31_40. 17
41_50. 12
51_60. 10
61_70. 8
71_80. 8
81_90. 6
91_100. 6
2. What do you know from optimization model? Illustrate various optimization models in QR.
3. Define transportation problem. Illustrate modi method for finding optimum solution of the transportation problem.
4. What is assignment model? Explain the Hungarian method for finding efficient solution for assignment model.
5. Brief out network model. Enumerate its applications in business with suitable examples.
6. Write a note on crashing, resource planning, resource levelling and waiting line model.
7. A factory employing a large number of workers finds that over a period of time, the average absentees rate is three workers per shift. Calculate the probability that in a given shift.
(a) exactly two workers will be absent
(b) more than four workers will be absent.
8. What is meant by simulation? Illustrate the Monte Carlo simulation.
Course: M.B.A
Subject : Quantitative techniques for management
Year of Question Paper : 2014
MBA Degree second year examination of May 2014
Quantitative techniques for management
Time: 3 hours
Maximum marks: 100
Answer any five questions. Each question carries 20 marks.
1. Find the mean, median and mode for the following data and verify the empirical relation.
Class Frequency
1_10. 3
11_20. 7
21_30. 13
31_40. 17
41_50. 12
51_60. 10
61_70. 8
71_80. 8
81_90. 6
91_100. 6
2. What do you know from optimization model? Illustrate various optimization models in QR.
3. Define transportation problem. Illustrate modi method for finding optimum solution of the transportation problem.
4. What is assignment model? Explain the Hungarian method for finding efficient solution for assignment model.
5. Brief out network model. Enumerate its applications in business with suitable examples.
6. Write a note on crashing, resource planning, resource levelling and waiting line model.
7. A factory employing a large number of workers finds that over a period of time, the average absentees rate is three workers per shift. Calculate the probability that in a given shift.
(a) exactly two workers will be absent
(b) more than four workers will be absent.
8. What is meant by simulation? Illustrate the Monte Carlo simulation.
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