Rc 4449
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This document appears to be an examination for a project management course taken by a student with seat number RC-4449. The exam contains two sections with multiple choice and written answer questions. Section I addresses work breakdown structures, S-curves, PERT advantages and limitations. Section II questions cover dummy activities in critical paths, Gantt charts, modern tools, team effectiveness, project life cycles, network diagrams, expected task times and critical paths. The student is asked to answer two full questions in each section and show calculations for tasks time, variances and project completion probability.
![111 111 111 III III III III III III lllll III Hill
* R C 4 4 4 9 - 5 0 / 4 0 0 *
RC-4449-50
M.B.A. (Sem. IV) (Evening) Examination
April / May - 2010
Project Management (OP & O-402)
Time : 3 Hours] [Total Marks : 100
RC-4449
Instructions : (1)
Seat No.
Fillup strictly the details of ^- signs on your answer book.
Name of the Examination :
M.B.A. (Sem. 4) (Evening)
Name of the Subject:
Project Management (OP & O-402)
-Section No. (1,2, ) 1 Student's Signature
-Subject Code No.
(2) Answers to the two sections to be written in separate answer
books.
(3) Figures to the right indicate marks to the respective question.
(4) Question No. 1 is compulsory in Section-I and Question No. 8 is
compulsory in Section-II.
(5) Attempt any two full questions out of Q. No. 2,3,4 in Section-I
and any two questions out of Q. No. 5,6,7 in Section-II.
(a) What is meant by work breakdown structure ? 6
Why do you need this in project management ?
(b) With the help of neat sketch, explain S-curve. 6
(c) What are the advantages and limitations of PERT ? 6
RC-4449-50] [Contd.](https://image.slidesharecdn.com/rc-4449-120525025558-phpapp01/85/Rc-4449-1-320.jpg)
![2 Consider the following data of the project : 16
Normal Time Normal Cost Crash Time Crash Cost
Activity
(weeks) (Rs.) (weeks) (Rs.)
1-2 600 840
First day : Rs. 70
1-3 11 200
Second day : Rs. 80
2-3 10 800 1000
2-4 500 760
2-5 16 100 380
3-4 200 360
3-5 500 960
4-5 300 500
If the indirect cost per week is Rs. 300, find the optimum
crashed project completion time.
3 Draw network diagram for the following activities : 16
Activity A B C D H
Dependence A A ADD F,G C,HB
Duration (days) 1 1
(1) Compute earliest event time and latest event time.
(2) Critical path and total project duration.
(3) Total float and free float for each activity.
(a) Explain the following terms in project management : 10
(any five)
(1) Dummy activity
(2) Critical path
(3) Interfering float
(4) Optimistic time
(5) Pessimistic time
(6) Most likely time.
(b) Write a short note on Gantt chart. 6
RC-4449-50] [Contd.](https://image.slidesharecdn.com/rc-4449-120525025558-phpapp01/85/Rc-4449-2-320.jpg)
![RC-4450
Instructions : (1)
Seat No.
Fillup strictly the details of ^- signs on your answer book.
Name of the Examination :
M.B.A. (Sem. 4) (Evening)
Name of the Subject:
Project Management (OP & O-402)
-Subject Code No. -Section No. (1,2, ) Student's Signature
(2) Answers to the two sections to be written in separate answer
books.
(3) Figures to the right indicate marks to the respective question.
(4) Question No. 1 is compulsory in Section-I and Question No. 8 is
compulsory in Section-II.
(5) Attempt any two full questions out of Q. No. 2,3,4,5 in
Section-I and any two questions out of Q. No. 7,8,9,10 in
Section-II.
5 Explain the modern tools and techniques available for 16
project management.
6 How the effectiveness of a team could be improved in 16
project management ?
7 Write a detail note on project life cycle. 16
8 The following information is given : 18
Activity 1-2 2-3 2-4 3-5 4-6 5-6 5-7 6-7
Pessimistic time (weeks)
Most likely time (weeks)
Optimistic time (weeks)
Draw the network diagram for the above.
RC-4449-50] [Contd.](https://image.slidesharecdn.com/rc-4449-120525025558-phpapp01/85/Rc-4449-3-320.jpg)
![Calculate,
(1) Expected task time and their variance.
(2) The earliest and latest expected times to reach each
event.
(3) The critical path.
(4) The probability that the project will be completed in 23
weeks.
Given that :
Z value 1.90 1.91 1.92 1.93 1.94
Probability 0.9713 0.9719 0.9726 0.9732 0.9738
RC-4449-50] [ 400 ]](https://image.slidesharecdn.com/rc-4449-120525025558-phpapp01/85/Rc-4449-4-320.jpg)
![Communication with oneself_project[1]](https://cdn.slidesharecdn.com/ss_thumbnails/communicationwithoneselfproject1-101207100120-phpapp02-thumbnail.jpg?width=560&fit=bounds)
![Communication with oneself_project[1]](https://cdn.slidesharecdn.com/ss_thumbnails/communicationwithoneselfproject1-101207093222-phpapp02-thumbnail.jpg?width=560&fit=bounds)
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Rc 4449
- 1. 111 111 111 III III III III III III lllll III Hill * R C 4 4 4 9 - 5 0 / 4 0 0 * RC-4449-50 M.B.A. (Sem. IV) (Evening) Examination April / May - 2010 Project Management (OP & O-402) Time : 3 Hours] [Total Marks : 100 RC-4449 Instructions : (1) Seat No. Fillup strictly the details of ^- signs on your answer book. Name of the Examination : M.B.A. (Sem. 4) (Evening) Name of the Subject: Project Management (OP & O-402) -Section No. (1,2, ) 1 Student's Signature -Subject Code No. (2) Answers to the two sections to be written in separate answer books. (3) Figures to the right indicate marks to the respective question. (4) Question No. 1 is compulsory in Section-I and Question No. 8 is compulsory in Section-II. (5) Attempt any two full questions out of Q. No. 2,3,4 in Section-I and any two questions out of Q. No. 5,6,7 in Section-II. (a) What is meant by work breakdown structure ? 6 Why do you need this in project management ? (b) With the help of neat sketch, explain S-curve. 6 (c) What are the advantages and limitations of PERT ? 6 RC-4449-50] [Contd.
- 2. 2 Consider the following data of the project : 16 Normal Time Normal Cost Crash Time Crash Cost Activity (weeks) (Rs.) (weeks) (Rs.) 1-2 600 840 First day : Rs. 70 1-3 11 200 Second day : Rs. 80 2-3 10 800 1000 2-4 500 760 2-5 16 100 380 3-4 200 360 3-5 500 960 4-5 300 500 If the indirect cost per week is Rs. 300, find the optimum crashed project completion time. 3 Draw network diagram for the following activities : 16 Activity A B C D H Dependence A A ADD F,G C,HB Duration (days) 1 1 (1) Compute earliest event time and latest event time. (2) Critical path and total project duration. (3) Total float and free float for each activity. (a) Explain the following terms in project management : 10 (any five) (1) Dummy activity (2) Critical path (3) Interfering float (4) Optimistic time (5) Pessimistic time (6) Most likely time. (b) Write a short note on Gantt chart. 6 RC-4449-50] [Contd.
- 3. RC-4450 Instructions : (1) Seat No. Fillup strictly the details of ^- signs on your answer book. Name of the Examination : M.B.A. (Sem. 4) (Evening) Name of the Subject: Project Management (OP & O-402) -Subject Code No. -Section No. (1,2, ) Student's Signature (2) Answers to the two sections to be written in separate answer books. (3) Figures to the right indicate marks to the respective question. (4) Question No. 1 is compulsory in Section-I and Question No. 8 is compulsory in Section-II. (5) Attempt any two full questions out of Q. No. 2,3,4,5 in Section-I and any two questions out of Q. No. 7,8,9,10 in Section-II. 5 Explain the modern tools and techniques available for 16 project management. 6 How the effectiveness of a team could be improved in 16 project management ? 7 Write a detail note on project life cycle. 16 8 The following information is given : 18 Activity 1-2 2-3 2-4 3-5 4-6 5-6 5-7 6-7 Pessimistic time (weeks) Most likely time (weeks) Optimistic time (weeks) Draw the network diagram for the above. RC-4449-50] [Contd.
- 4. Calculate, (1) Expected task time and their variance. (2) The earliest and latest expected times to reach each event. (3) The critical path. (4) The probability that the project will be completed in 23 weeks. Given that : Z value 1.90 1.91 1.92 1.93 1.94 Probability 0.9713 0.9719 0.9726 0.9732 0.9738 RC-4449-50] [ 400 ]