26. Match the Following
a. 1-ii, 2-iv, 3-iii, 4-v
b. 1-iv, 2-v, 3-iii, 4-i
c. 1-i, 2-ii, 3-iii, 4-iv
d. None of the above
27. Match the Following
a. 1-ii, 2-i, 3-iii, 4-iii
b. 1-iv, 2-v, 3-iii, 4-i
c. 1-i, 2-ii, 3-iii, 4-iv
d. None of the above
28. How to calculate variance under the probability aspect of project planning?
a. { ( a-b ) / 6 }2
b. { ( b-a ) / 6 }2
c. { ( b-a ) / 6 }
d. { ( a+b ) / 6 }
| 1] Minimization of production delays | i] Modelling approach to layouts |
| 2] Maximum visibility | ii] Objective of good layout |
| 3] Scale model | iii] Layout analysis |
| 4] Factor Analysis | iv] Principles of good layout |
| v] Method to evaluate layouts |
b. 1-iv, 2-v, 3-iii, 4-i
c. 1-i, 2-ii, 3-iii, 4-iv
d. None of the above
Answer: a. 1-ii, 2-iv, 3-iii, 4-v
27. Match the Following
| 1] Pure Serviceability | i] Performance to expectation |
| 2] Poor Service | ii] Limited capacity for service |
| 3] Turnaround time | iii] Increase Responsiveness |
| 4] Efficiency | iv] Perform activities well and at the lowest cost |
| v] Delighted approach | |
| vi] Unlimited accessibility to the customers |
b. 1-iv, 2-v, 3-iii, 4-i
c. 1-i, 2-ii, 3-iii, 4-iv
d. None of the above
Answer: c. 1-i, 2-ii, 3-iii, 4-iv
28. How to calculate variance under the probability aspect of project planning?
a. { ( a-b ) / 6 }2
b. { ( b-a ) / 6 }2
c. { ( b-a ) / 6 }
d. { ( a+b ) / 6 }
Answer: c. { ( b-a ) / 6 }


