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Obtaining the CCP credential is a significant asset to professionals working in the cost engineering field as it demonstrates their level of professionalism, knowledge, and expertise to their clients and colleagues. Certified Cost Professional (CCP) Exam certification indicates that the candidate has practical and theoretical knowledge of the cost engineering profession, and they have the skills required to manage cost-related issues effectively. Additionally, the credential serves as a platform for future professional development, career advancement, and increased earning potential.

 

NEW QUESTION # 81
A used concrete pumping truck can be purchased for $125,000. The operation costs are expected to be $65,000 the first year and increase 5% each year thereafter. As a result of the purchase, the company will see an increase in income of $100,000 the first year and 5% more each subsequent year. The company uses straight-line depreciation. The truck will have a useful life of five (5) years and no salvage value. Management would like to see a 10% return on any investment. The company's tax rate is 28%.
SCENARIO: A can manufacturing company requested you to provide data for their decision making. The unit prices of the can vary but an average selling price of $0.55 cents and average cost of $0.45 cents is estimated.
The monthly fixed costs are:
Rent-SI .600
Wages - $4.000
Miscellaneous fixed expenses - $500
Marketing team observed that factory can safely increase their unit selling price to S0.60 cents. The new break even units for the sales based on new contribution margin will be:

• A. 40,000 units
• B. 60,000 units
• C. 6,000 units
• D. 20,000 units

Answer: A

Explanation:
To determine the new breakeven point in units, we first calculate the new contribution margin:
Contribution Margin per Unit=New Sale Price-Cost of Item=0.60-0.45=0.15\text{Contribution Margin per Unit} = \text{New Sale Price} - \text{Cost of Item} = 0.60 - 0.45 = 0.15Contribution Margin per Unit=New Sale Price-Cost of Item=0.60-0.45=0.15 Next, calculate the total fixed costs:
Total Fixed Costs=1,600+4,000+500=6,100\text{Total Fixed Costs} = 1,600 + 4,000 + 500 = 6,100Total Fixed Costs=1,600+4,000+500=6,100 Finally, calculate the breakeven point in units:
Breakeven Point (Units)=Total Fixed CostsContribution Margin per Unit=6,1000.15=40,667 units\text{Breakeven Point (Units)} = \frac{\text{Total Fixed Costs}}{\text{Contribution Margin per Unit}} = \frac{6,100}{0.15} = 40,667 \text{ units}Breakeven Point (Units)=Contribution Margin per UnitTotal Fixed Costs​=0.156,100​=40,667 units Rounding to the nearest practical unit number, the correct answer is D. 40,000 units.

NEW QUESTION # 82
A major theme park is expanding the existing facility over a five-year period. The design phase will be completed one year after the contract is awarded. Major engineering drawings will be finalized two years after the design contract is awarded and construction will begin three years after the award of the design contract. New, unique ride technology will be used and an estimate will need to be developed to identify these costs that have no historical data.
When analyzing a precedence diagram schedule, the "backward pass"

• A. Allows total float to be calculated
• B. Allows activities to finish as soon as all their 'predecessor' relationships are satisfied
• C. Calculates the earliest allowable start and finish times for the activities in the schedule
• D. Determines the duration of each activity

Answer: C

NEW QUESTION # 83
An agricultural corporation that paid 53% in income tax wanted to build a grain elevator designed to last twenty-five (25) years at a cost of $80,000 with no salvage value. Annual income generated would be $22,500 and annual expenditures were to be $12,000.
Answer the question using a straight line depreciation and a 10% interest rate.
If $100,000 is needed to purchase a piece of equipment 3 years from now, how much money needs to be invested today assuming a 10% rate of return (rounded to the nearest thousand)?

• A. $70,000
• B. $75,000
• C. $82,000
• D. $78,000

Answer: B

NEW QUESTION # 84
A schedule's late dates are calculated during the:

• A. Float
• B. Backward pass
• C. Loop calculations
• D. Forward pass

Answer: B

Explanation:
The backward pass is a technique used in project scheduling to calculate the latest possible start and finish dates for each activity without delaying the project. It starts from the project's end date and works backward through the network diagram. This calculation helps identify the critical path and determine the amount of float (slack) available for non-critical activities.
Option A: Loop calculations refer to iterative processes within network diagrams but do not specifically relate to late date calculations.
Option C: Forward pass calculates the earliest possible start and finish dates for activities.
Option D: Float is the amount of time that a task can be delayed without affecting the project's end date, not a calculation method.
Therefore, B. Backward pass is the correct answer as it is used to determine a schedule's late dates.

NEW QUESTION # 85
The following question requires your selection of Scenario 1.4.150 from the right side of your split screen, using the drop down menu, to reference during your response/choice of responses.
Annual depreciation (in USS) would be calculated as follows for a capital recovery with salvage analysis:

• A. 4,343 pet year
• B. 7,000 per year
• C. 5,343 par year
• D. 8,0X10 per year

Answer: C

Explanation:
The correct calculation of annual depreciation in a capital recovery with salvage analysis requires the use of a specific depreciation method, which factors in the initial cost, salvage value, and useful life of the asset. In this scenario, the correct annual depreciation is $5,343 per year. This figure is calculated based on the method chosen for depreciation (e.g., straight-line, declining balance, etc.) and accurately reflects the amount that should be allocated each year to account for the wear and tear or obsolescence of the asset.

NEW QUESTION # 86
The following question requires your selection of CCC/CCE Scenario 28 (3.7.50.1.7) from the right side of your split screen, using the drop down menu, to reference during your response/choice of responses.
An unbalanced bid methodology can best be used by:

• A. Subcontractor working for contractor (Plan A or B)
• B. Engineer working for the owner (Plan A)
• C. Contractor working directly for engineer (plan A or B)
• D. Engineer/contractor working for the owner (Plan B)

Answer: A

Explanation:
Given Scenario:
The question asks who can best use an unbalanced bid methodology.
In both organizational structures (Plan A and Plan B), subcontractors often work under contractors and can use unbalanced bids to improve their payment schedule, especially when working under contractors as shown in both plans.

NEW QUESTION # 87
The following question requires your selection of CCC/CCE Scenario 6 (2.7.50.1.3) from the right side of your split screen, using the drop down menu, to reference during your response/choice of responses.
Calculate the mean unit cost.

• A. $48.22
• B. $48.35
• C. $48.09
• D. $46.59

Answer: A

Explanation:
To calculate the mean unit cost, you add up all the unit costs and divide by the number of data points.
Mean Unit Cost=Sum of All Unit CostsNumber of Data Points\text{Mean Unit Cost} = \frac{\text{Sum of All Unit Costs}}{\text{Number of Data Points}}Mean Unit Cost=Number of Data PointsSum of All Unit Costs​ Adding the unit costs:
55.00+34.50+37.30+55.00+40.00+26.78+46.59+75.00+65.00=434.1755.00 + 34.50 + 37.30 + 55.00 + 40.00 + 26.78 + 46.59 + 75.00 + 65.00 = 434.1755.00+34.50+37.30+55.00+40.00+26.78+46.59+75.00+65.00=434.17 Number of data points: 9 Mean Unit Cost=434.179≈48.24\text{Mean Unit Cost} = \frac{434.17}{9} \approx 48.24Mean Unit Cost=9434.17​≈48.24 The closest match to the available options is B. $48.22.

NEW QUESTION # 88
In order to withdraw $400 at the end of each year for seven years, what amount should be deposited at 6.0% interest to leave nothing in the fund at the end of seven years?

• A. $2,233
• B. $2,483
• C. $2,968
• D. $3,357

Answer: A

Explanation:
To determine the amount that should be deposited today to allow for $400 withdrawals at the end of each year for 7 years at a 6% interest rate, use the present value of an annuity formula:
PV=A×((1-(1+i)-n)i)PV = A \times \left(\frac{(1 - (1 + i)^{-n})}{i}\right)PV=A×(i(1-(1+i)-n)​) Where:
PVPVPV is the present value (amount to deposit)
AAA is the annual withdrawal ($400)
iii is the interest rate (6% or 0.06)
nnn is the number of periods (7 years)
PV=400×(1-(1+0.06)-70.06)≈2,233PV = 400 \times \left(\frac{1 - (1 + 0.06)^{-7}}{0.06}\right) \approx 2,233PV=400×(0.061-(1+0.06)-7​)≈2,233

NEW QUESTION # 89
A major theme park is expanding the existing facility over a five-year period. The design phase will be completed one year after the contract is awarded. Major engineering drawings will be finalized two years after the design contract is awarded and construction will begin three years after the award of the design contract. New, unique ride technology will be used and an estimate will need to be developed to identify these costs that have no historical data.
The following question requires your selection of CCC/CCE Scenario 26 (2.5.50.1.2) from the right side of your split screen, using the drop down menu, to reference during your response/choice of responses.
What information is needed to develop a Class 2 definitive estimate?

• A. Square footage of facilities, factored indirects and home office costs
• B. Soil data, detailed construction drawings, quantity takeoffs, minimum contingency detailed indirect costs, detailed engineering estimates
• C. Preliminary quantities with labor, material, and factors applied, square footage of facilities, minimum contingency detailed indirect costs
• D. Vendor quotes, home office detailed estimate, preliminary quantities with labor, material, and factors applied

Answer: B

NEW QUESTION # 90
In a fixed price contract the:

• A. Contractor has no risk in the project
• B. Owner has all the risk
• C. Contactor assumes all the performance risk
• D. Contractor is paid for actual costs

Answer: C

Explanation:
In a fixed price contract, the contractor agrees to deliver the project at a set price, regardless of the actual costs incurred. This means that the contractor assumes all the performance risk, as any cost overruns must be absorbed by the contractor. If the project costs more than the fixed price agreed upon, the contractor cannot charge the owner more. Conversely, if the project is completed under budget, the contractor benefits by retaining the difference.

NEW QUESTION # 91
An agricultural corporation that paid 53% in income tax wanted to build a grain elevator designed to last twenty-five (25) years at a cost of $80,000 with no salvage value. Annual income generated would be $22,500 and annual expenditures were to be $12,000.
Answer the question using a straight line depreciation and a 10% interest rate.
Which of the following should be included in the life-cycle cost analysis of a power plant?

• A. Capacity factor, end product units, physical dimensions
• B. Factory expenses, distribution expenses, mark-up
• C. Resources, work activities, final cost objects
• D. Construction cost, operating cost, maintenance cost

Answer: D

NEW QUESTION # 92
A small hole construction project has a baseline budget of $1,000,000. The project is scheduled to be constructed in 12 months. At the and of the first month, the project data is reported as below:

The longest path depends upon relationships driving the timing of activity starts, therefore the following scheduling features should not be used in calculating file longest path.

• A. constraints, resource leveling, and interruptible activities
• B. activities with short durations
• C. milestone activities
• D. activities with lag

Answer: C

Explanation:
In project management, the Critical Path Method (CPM) is used to determine the longest path of planned activities to the end of the project. This path determines the shortest possible duration to complete the project. The longest path in CPM is defined by the sequence of activities that have zero float (slack) and must be completed on time to avoid delaying the project.
Key Points:
Milestone Activities:
Milestones are significant points or events in the project timeline, representing the completion of a major phase or segment of the project.
They do not consume time or resources themselves and do not have a duration, so they do not contribute to the calculation of the longest path. Instead, they are used as reference points to mark significant events or deadlines within the project.
Activities with Lag:
Lags are intentional delays between activities, and while they can influence the start and finish of subsequent tasks, they do contribute to the determination of the longest path if those activities are on the critical path.
Activities with Short Durations:
Activities with short durations may still be on the critical path, as they can be linked sequentially to other critical tasks, thereby affecting the overall project duration.
Constraints, Resource Leveling, and Interruptible Activities:
These factors can affect the timing of activities and may extend or compress the critical path depending on the specific resource and scheduling constraints.
Conclusion: The correct answer is A. Milestone activities because these activities, being non-duration tasks, do not contribute to the calculation of the longest path. The focus should be on the tasks that consume time and resources and are interlinked in a way that affects the project's completion date.

NEW QUESTION # 93

The following question requires your selection of CCC/CCE Scenario 4 (2.7.50.1.1) from the right side of your split screen, using the drop down menu, to reference during your response/choice of responses.
What is the cost index value of copper at the end of Year 2? (rounded to 2 decimal positions)

• A. 4.24
• B. 4.31
• C. 4.62
• D. 4.10

Answer: B

NEW QUESTION # 94
How can the quality of a cost/capacity factor estimate be improved?

• A. Verify the labor rates used in the estimate
• B. Validate law productivity from recently completed projects
• C. Verify the equipment costs used in the estimate
• D. Validate the capacity factor from similar, recently completed projects

Answer: D

Explanation:
To improve the quality of a cost/capacity factor estimate, it is crucial to validate the capacity factor from similar, recently completed projects. This approach ensures that the estimate is based on real-world data and reflects current conditions and practices. Other factors, such as labor productivity, labor rates, and equipment costs, are also important but validating the capacity factor directly addresses the specific nature of the estimate being discussed. Therefore, the correct answer is A. Validate the capacity factor from similar, recently completed projects.

NEW QUESTION # 95
The following question requires your selection of CCC/CCE Scenario 2 (2.3.50.1.2) from the right side of your split screen, using the drop down menu, to reference during your response/choice of responses.
9,375 hours have been expended to date. Planned completion at this time is 75%. The project is determined to be 66% complete. What is the current schedule performance index (SPI)?

• A. 0.96
• B. 1.14
• C. 0.84
• D. 0.88

Answer: D

Explanation:
The Schedule Performance Index (SPI) is calculated using the formula:
SPI=Earned Value (EV)Planned Value (PV)\text{SPI} = \frac{\text{Earned Value (EV)}}{\text{Planned Value (PV)}}SPI=Planned Value (PV)Earned Value (EV)​ Given:
Total Budgeted Hours = 12,000 hours
Planned Completion = 75%
Percent Complete = 66%
EV=12,000×0.66=7,920 hours\text{EV} = 12,000 \times 0.66 = 7,920 \text{ hours}EV=12,000×0.66=7,920 hours PV=12,000×0.75=9,000 hours\text{PV} = 12,000 \times 0.75 = 9,000 \text{ hours}PV=12,000×0.75=9,000 hours SPI=7,9209,000≈0.88\text{SPI} = \frac{7,920}{9,000} \approx 0.88SPI=9,0007,920​≈0.88 So, the correct answer is B. 0.88.

NEW QUESTION # 96
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