Our team has conducted extensive research to compile a set of CAPM Cost Management MCQs. We encourage you to test your CAPM Cost Management knowledge by answering these 20 multiple-choice questions provided below.
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A. EV-AC
B. Scope baseline; Project schedule; Human resource plan; Enterprise environmental factors; Organizational process assests; Risk register
C. Calculating estimates using historical information
D. EV/AC
A. Estimate costs; Determine Budget; Control Costs
B. A cost directly attributable to the project; overhead costs
C. A method of measuring project performance that looks at the value earned for work accomplished. It can be used to predict future cost performance and project completion dates.
D. EV-PV
A. Calculating estimates using historical information
B. The cost budget adds management reserve to the cost baseline
C. A method of measuring project performance that looks at the value earned for work accomplished. It can be used to predict future cost performance and project completion dates.
D. EV/PV
A. Considering the furture cost of operating and maintaining the project or deliverable over its life when planning and managing the project
B. Estimate costs; Determine Budget; Control Costs
C. BAC-EAC
D. A cost that varies with the amoutn of work done on the project; a cost that does not vary with the amount of work done on the project
A. AC + Bottom-up ETC - BAC/CPI - AC + (BAC-EV) - AC + (BAC - EV) / (CPI x SPI)
B. The cost budget adds management reserve to the cost baseline
C. EAC-AC
D. EV/PV
A. EV-AC
B. Calculating estimates using historical information
C. Creating estimates based on the details of the projects which are then rolled up into project estimates
D. BAC-EAC
A. EAC-AC
B. Calculating estimates using historical information
C. Finding a less costly way of doing essentially the same work.
D. Analogous estimationg; bottom-up estimating; parametric estimating; three-point estimates; one time estimates
A. Estimate costs; Determine Budget; Control Costs
B. Finding a less costly way of doing essentially the same work.
C. Considering the furture cost of operating and maintaining the project or deliverable over its life when planning and managing the project
D. Calculating estimates using historical information
A. Activity cost estimates; Updates to the project management plan and project documents
B. Analogous estimationg; bottom-up estimating; parametric estimating; three-point estimates; one time estimates
C. EV/AC
D. Cost baseline; funding requirements
A. +/- 50 percent from actual
B. Activity cost estimates; Updates to the project management plan and project documents
C. Calculating estimates using historical information
D. -10 percent to +25 percent from actual
A. EV-AC
B. A cost that varies with the amoutn of work done on the project; a cost that does not vary with the amount of work done on the project
C. Scope baseline; Project schedule; Human resource plan; Enterprise environmental factors; Organizational process assests; Risk register
D. EV/PV
A. AC + Bottom-up ETC - BAC/CPI - AC + (BAC-EV) - AC + (BAC - EV) / (CPI x SPI)
B. +/- 10 percent from actual
C. Work performance measurements; budget forecasts; change requests; updatse to the project management plan and project documents
D. Cost baseline; funding requirements
A. In integration management as part of the Develop Project Management Plan process
B. Activity cost estimates; Updates to the project management plan and project documents
C. Calculating estimates using historical information
D. Cost baseline; funding requirements
A. A method of measuring project performance that looks at the value earned for work accomplished. It can be used to predict future cost performance and project completion dates.
B. EV/AC
C. A cost that varies with the amoutn of work done on the project; a cost that does not vary with the amount of work done on the project
D. AC + Bottom-up ETC - BAC/CPI - AC + (BAC-EV) - AC + (BAC - EV) / (CPI x SPI)
A. -10 percent to +25 percent from actual
B. EV-PV
C. (BAC-EV)/(BAC-AC)
D. Cost baseline; funding requirements
A. +/- 50 percent from actual
B. EAC-AC
C. Work performance measurements; budget forecasts; change requests; updatse to the project management plan and project documents
D. Analogous estimationg; bottom-up estimating; parametric estimating; three-point estimates; one time estimates
A. +/- 10 percent from actual
B. Cost baseline; funding requirements
C. Activity cost estimates; Updates to the project management plan and project documents
D. EAC-AC
A. A cost directly attributable to the project; overhead costs
B. EV/PV
C. EAC-AC
D. Considering the furture cost of operating and maintaining the project or deliverable over its life when planning and managing the project
A. The cost budget adds management reserve to the cost baseline
B. Work performance measurements; budget forecasts; change requests; updatse to the project management plan and project documents
C. -10 percent to +25 percent from actual
D. BAC-EAC
A. Analogous estimationg; bottom-up estimating; parametric estimating; three-point estimates; one time estimates
B. A method of measuring project performance that looks at the value earned for work accomplished. It can be used to predict future cost performance and project completion dates.
C. Calculating estimates using historical information
D. Finding a less costly way of doing essentially the same work.
A. EV/AC
B. A method of measuring project performance that looks at the value earned for work accomplished. It can be used to predict future cost performance and project completion dates.
C. Activity cost estimates; Updates to the project management plan and project documents
D. EV/PV
A. EV-PV
B. Estimate costs; Determine Budget; Control Costs
C. A cost that varies with the amoutn of work done on the project; a cost that does not vary with the amount of work done on the project
D. EAC-AC
A. Scope baseline; Project schedule; Human resource plan; Enterprise environmental factors; Organizational process assests; Risk register
B. A method of measuring project performance that looks at the value earned for work accomplished. It can be used to predict future cost performance and project completion dates.
C. Considering the furture cost of operating and maintaining the project or deliverable over its life when planning and managing the project
D. (BAC-EV)/(BAC-AC)
A. Finding a less costly way of doing essentially the same work.
B. EV-PV
C. Work performance measurements; budget forecasts; change requests; updatse to the project management plan and project documents
D. Creating estimates based on the details of the projects which are then rolled up into project estimates
A. In integration management as part of the Develop Project Management Plan process
B. A cost directly attributable to the project; overhead costs
C. EV/AC
D. -10 percent to +25 percent from actual
A. Activity cost estimates; Updates to the project management plan and project documents
B. AC + Bottom-up ETC - BAC/CPI - AC + (BAC-EV) - AC + (BAC - EV) / (CPI x SPI)
C. Scope baseline; Project schedule; Human resource plan; Enterprise environmental factors; Organizational process assests; Risk register
D. Finding a less costly way of doing essentially the same work.
A. Decreases
B. Remains same
C. Increases
D. Increases proportionally
A. Negative betas
B. Positive alphas
C. Positive betas
D. Zero alphas