102 Using the situation stated in the Special window, which WBS element has a favorable cost variance of $150?
A. Element P
B. Element Q
C. Element R
D. Element S
E. None of the above
第1题：
Using the situation stated in the Special window, WBS Element Q is _____ budget by _____ percent.
A . Over, 16.66
B . Under, 16.66
C . Over, 10.0
D . Under, 10.0
E . None of the above.
第2题：
Using the situation stated in the Special window, the cost performance index (CPI) for WBS Element R is:
A . 0.875
B . 1.14
C . 0.952
D . 0.833
E . 1.2
第3题：
Which of the following networking methods allows us to show that the last % of one element cannot be completed until % of a previous element has been completed?
A.PERT
B.ADM
C.PDM
D.All of the above.
E.A and C only.
第4题：
161 Which of the following networking methods allows us to show that the last 10% of one element cannot be completed until 62% of a previous element has been completed?
A. PERT
B. ADM
C. PDM
D. All of the above.
E. A and C only
第5题：
Using the situation stated in the Special window, which WBS element is behind schedule but under budget?
A . Element P
B . Element Q
C . Element R
D . Element S
E None of the above.
第6题：
Using the situation stated in the Special window, the schedule performance index (SPI) for WBS Element P is:
A . 1.1
B . 0.9
C . 0.956
D . 1.15
E . 0.869
第7题：
Using the situation stated in the Special window, which WBS element has a favorable cost variance of $150?
A . Element P
B . Element Q
C . Element R
D . Element S
E . None of the above.
第8题：
Using the situation stated in the Special window, a comparison of the cost schedule of August as compared to July shows that the magnitude ($ value) of the variance has _____ and the percentage change has _____.
A . Become worse, become worse
B . Become worse, improved
C . Improved, increased
D . Improved, become worse
E . None of the above are correct
第9题：
Using the situation stated in the Special window, what is the cost performance index for Case #9?
A . 1.1
B . 1.91
C . 0.83
D . 1.2
E . None of the above
第10题：
43 Which of the following networking methods allows us to show that the last 10% of one element cannot be completed until 62% of a previous element has been completed?
A. PERT
B. ADM
C. PDM
D. All of the above.
E. A and C only.