found these questions. guess the answers..--James has been managing a hotel construction project in a busy street. He is in the process of estimating
activity durations for building walls and calculates the Expected activity duration as 14 days. If pre-fabricated
material is used, it would take no more than 12 days to finish the work. However, the work may be delayed
and could take up to 18 days if less experienced construction workers are used to build the walls. But, the
engineer in-charge of the work estimates the duration as 8 days when pre-fabricated material is used. What
is the most likely estimate, if the engineer's estimation is
assumed correct?
a. 12 days
b. 11 days
c. 15 days
d. 14 days
whats the answer.
Rodney is in the process of preparing the project performance report for the team meeting. He is expecting
many questions from his stakeholders on the budget and schedule. He calculates the following values;
Budget at Completion (BAC) = $22,000, Earned Value (EV) = $13000, Planned Value (PV) = $ 14000, Actual
cost (AC) = $15000. What is the Estimate at Completion (EAC) for the project if the work is performed at the
budgeted rate?
a. $24000
b. $36000
c. $22500
d. $37000
Whats the answer for this too..
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For Question No. 2, the answer is: EAC=AC+BAC-EV = $24000.For a detailed explanation on EAC calculations, you can refer to http://www.justgetpmp.com/2013/04/doubt-in-estimate-at-completion-eac.html
Hello All,What do you think is the answer to this question?Start dates in the following network logic diagram are defined as early morning, finish dates are evening.
If tasks are scheduled to begin at early start date, what is true?
Activity B has a free float of 10 d.
Activity B has a total float of 10 d.
Activity A has a free float of 10 d.
Activity A has a total float of 10 d.
Start dates in the following network logic diagram are defined as early morning, finish dates are evening.
If tasks are scheduled to begin at
early start date, what is true?
|
Activity B has a free float of 10 d. |
|
Activity B has a total float of 10 d. |
|
Activity A has a free float of 10 d. |
|
Activity A has a total float of 10 d. |

|
Activity B has a free float of 10 d. |
33.
activity durations for building walls and calculates the most likely estimate as 15 days. If pre-fabricated
material is used, it would take no more than 12 days to finish the work. However, the work may be delayed
and could take up to 18 days if less experienced construction workers are used to build the walls. But, the
engineer in-charge of the work estimates the duration as 8 days when pre-fabricated material is used. What
is the expected duration of building walls using the three-point estimate, if the engineer's estimation is
assumed correct?
A.
12 daysB.
11 daysC.
15 daysD.
14 days
33.
D - If the engineer is correct, the optimistic estimate can be taken as 8 days. The pessimistic estimate is still 18 daysand the most likely estimate is 15 days. Using the PERT or the three-point technique, the expected activity duration is
calculated using the formula Te = (To + 4Tm + Tp)/6, where Te is the estimated duration, To is optimistic duration,
Tm is the most likely duration and Tp is the pessimistic duration. Hence, Te = (8 +60 +18)/6 = 14 days
(approximately.) Therefore, 14 days is the correct answer. [PMBOK 4th edition, Page 150] [Project Time Management]
Hi Kishore, where did you got 15?P=18, M= 12 , O= 8(18 + 4*12+8)/6 = 12.33, so A is correct answer
On Tuesday, June 4, 2013 8:55:12 PM UTC-5, Kishore Vaishnav wrote:Hi Shanti,I think the question 1 which you have taken has something wrong. Can you please recheck the question again. I feel the question should be something like this...James has been managing a hotel construction project in a busy street. He is in the process of estimating activity durations for building walls and calculates the most likely estimate as 15 days. However, the work may be delayed and could take up to 18 days if less experienced construction workers are used to build the walls. But, the engineer in- charge of the work estimates the duration as 8 days when prefabricated material is used. What is the expected duration of building walls using the three-point estimate, if the engineer's estimation is assumed correct?
A) 12 days
B) 11days
C) 15 days
D) 14 days
Answer should be D. (P+4M+0)/6=(18+4*15+8)/6 = 86/6=14.33.If not, do you have the answer for the same with explanation, it would be great if you can share it.regards,KKV