PMI-SP Exam Dumps : PMI Scheduling Professional

What-if scenario analysis explains the analysis of the question "What if the situation represented by scenario 'X' happens?". This What-If Scenario Analysis shortly named as WIS

A. A schedule network analysis is performed using the schedule to compute the different scenarios, such as extending specific engineering durations, or delaying a major component delivery. Businesses use what-if scenarios to determine the effect different costs or investments have on profit and other financial indicators.

Answer option A is incorrect. The schedule analysis is the review of the schedule, but does not examine other possibilities for completing the project work.

Answer option D is incorrect. The root cause analysis helps to determine the reasons why the project is running late.

Answer option B is incorrect. The resource leveling causes the project's duration to increase. It is a technique that resolves resource conflicts by delaying tasks within their slack allowances. The resource leveling is the process in which project teams come across problems when developing their project schedules.

Your schedule variance is -$33,750. You can find this by using the formula earned value-minus planned.

Answer option C is incorrect. Cost is not the largest variance in the project.

Answer option A is incorrect. Cost is not the largest variance in the project (it is -$8,000).

Answer option D is incorrect. -$20,000 is the variance at completion for the project.

Fast tracking is a technique for compressing project schedule. In fast tracking, phases are overlapped that would normally be done in sequence. It is shortening the project schedule without reducing the project scope.

Answer option D is incorrect. Crashing is a process in that the project manager adds more resources to effort-driven activities in an attempt to shorten their duration.

Answer option A is incorrect. A lag time is a delay between the predecessor and the successor tasks. Sometimes it may be needed to schedule a delay between the predecessor and the successor tasks. For example, if two coats of paint are required to paint a car, then the final coat should be applied only when the first coat dries. This delay is known as the lag time. The lag time is entered as a positive value. The lag time can be entered as a duration or as a percentage of the predecessor's task duration. It is entered on the Predecessor tab in the Task Information dialog box.

Answer option B is incorrect. A lead time is the time that overlaps between the predecessor and the successor tasks. The successor task can start before the predecessor task finishes. For example, if a task can start when its predecessor is one-fourth finished, a finish-to-start dependency with a lead time of 25 percent for the successor task can be specified. The lead time is entered as a negative value. The lead time can be entered as a duration or as a percentage of the predecessor's task duration. It is entered on the Predecessor tab in the Task Information dialog box.