Bits Pilani MS Old Question Papers

Originally Posted by Pathak

The Bits Pilani provides MS in these streams and if you tell me which paper do you want I will provide you question paper :

MS Mechanical Systems Design
MS Design Engineering
MS Engineering Management
MS Manufacturing Management
MS Industrial and Production Management
MS Quality Management
Ms Technological Operations

Hi Pathak
Could u pls send me the previous year question papers for the following subjects at amruthamunamarthi@gmail.com

Data Storage and Techniques
Object oriented analysis and design
Software project management
Software Quality Management

I need for
Database Management Systems
Software Architecture
OOD
Data Structure

My mail id: smruti.friends@gmail.com

here I am looking for Birla Institute of Technology and Science, Pilani (Bits Pilani) MS Operations Research old question paper so if you have then would you plz provide me same here ??

[sumit]

As you are asking for Birla Institute of Technology and Science, Pilani (Bits Pilani) MS Operations Research old question paper , so on your demand I am providing same here

Section A

Q.1 A random variable X have the following probability distribution:

f(x) = kx, x = 1,2.

Find the value of k, and hence calculate E(X) and Var (X). [10]

Q.2 Under what condition(s) a Birth-death model becomes self service model. Using these condition(s), find Pn, and hence calculate P0, L and W. [10]

Q.3 Using dominance property to reduce the following player As pay off matrix to (3 2) order matrix and hence obtain the optimal strategies for both players and the value of the game.

Player B
B1 B2
A1 1 -3
A2 3 5
Player A A3 -1 6
A4 4 1
A5 2 2
A6 -5 0
[10]
Q.4 Consider an n-component independent series system with constant failure rates , respectively, then
(a) Find the reliability of the system.
(b) Hence, prove that the failure rate of the system is constant.
(c) Find the life time distribution of the system.
(d) Find the mean life of the system in terms of the mean life lengths of its components. [10]

Section B

Q.5 A company Halo-tubes stocks an item that is consumed at the rate of 50 units per day. It costs the company $20 each time an order is placed. An inventory unit held in stock for week will cost $0.35.
(a) Determine the optimum inventory policy, assuming a lead time of 1 week.
(b) Determine the optimum number of orders per year (based on 365 days per year). [10]

Birla Institute of Technology and Science, Pilani (Bits Pilani) MS Operations Research old question paper