Question

In: Economics

Find the Benefit Cost Ratio using the Annual Worth approach for the following problem. Capital Investment:...

Find the Benefit Cost Ratio using the Annual Worth approach for the following problem. Capital Investment: $1,000,000 Project Life: 45 years Salvage: 200,000 Interest Rate: 6% Benefits per year: $650,000 O&M Cost per year: $350,000 Disbenefits Cost per year: $200,000 Should this public project be undertaken?

Solutions

Expert Solution

Initial cost = $ 1,000,000

Salvage value = $ 200,000

Interest rate = 6%

Benefit = $ 650,000 per year

O&M cost = $ 350,000 per year

Disbenefits = $ 200,000 per year

Life = 45 years

We are required to calculate the Benefit cost ratio. We will use the following formula

AWB = $ 650,000; AWOM = $ 350,000; AWD = $ 200,000

Plus in these values in the equation of BCR we get

Since, BCR is greater than 1.

Hence the project must be undertaken.

Please contact if having any query will be obliged to you for your generous support. Your help mean a lot to me, please help. Please help I need it thank you.


Related Solutions

5. Compare Present worth analysis, future worth analysis, annual worth analysis and benefit cost ratio analysis...
5. Compare Present worth analysis, future worth analysis, annual worth analysis and benefit cost ratio analysis of project evaluation.
Compare the following 3 alternatives using the incremental benefit/cost ratio method. Determine which is the most...
Compare the following 3 alternatives using the incremental benefit/cost ratio method. Determine which is the most efficient and which is the most profitable. i=5% per year compounded yearly. Alter. DOT Construction cost Annual Maintenance Annual Benefits Life (yrs) A $250,000 $5,000 $320,000 9 B $450,000 $7,000 $370,000 15 C $700,000 $10,000 $380,000 25
Which of the following is a problem associated with using the weighted average cost of capital?...
Which of the following is a problem associated with using the weighted average cost of capital? Select one: a. WACC will vary for the same business based on which method yiu use. b. it may be difficult to find a rusk- free rate that corresponds to the investment being analyzed. c. The calculation is not exact as at least one component is an estimate. d. All of these answers.
Benefit-Cost Analysis Given Parameters: Scenario One Benefit-Cost Ratio: 1.11 Scenario Two Benefit-Cost Ratio: 0.52 Did your...
Benefit-Cost Analysis Given Parameters: Scenario One Benefit-Cost Ratio: 1.11 Scenario Two Benefit-Cost Ratio: 0.52 Did your benefit-cost analysis reach the same or different conclusions in the two scenarios analyzed? If different conclusions, why? Assume that the proposal in fact “passed” the analysis with a benefit-cost ratio greater than 1. Does this imply that the proposed project is the optimal or best use for the $8.55 million to be invested in resource conservation? Explain. In conducting benefit-cost analyses, do you think...
Find the present worth of the following project, using i = 10%/year. Cash Flows Initial cost...
Find the present worth of the following project, using i = 10%/year. Cash Flows Initial cost $20000 Annual benefit for years 1 ~ 10 $6000 Annual benefit for years 11 ~ 20 $8000
There are two ways for finding the benefit to cost ratio (B/C Ratio) B/C Ratio =...
There are two ways for finding the benefit to cost ratio (B/C Ratio) B/C Ratio = [ Annual Benefits-Annual Disbenefits] / [Annual Cost of Implementing Project] B/C Ratio = [NPV of Benefits-NPV of Disbenefits] / [NPV of Implementing Project] If the B/C Ratio is greater than one, we can infer that the project is worth undertaking. Note that there can only be one B/C ratio for a project (unlike IRR which can at times have multiple values) Problem: The City...
brief explanation Solve this problem using the incremental Benefit - Cost ration with, expected life of...
brief explanation Solve this problem using the incremental Benefit - Cost ration with, expected life of 10 years and rate of return of 10% Alternative A Initial cost $50,000 Annual maintenance cost $4,000 Estimated annual benefit $10,000 Alternative B Initial cost $30,000 Annual maintenance cost $3,000 Estimated annual benefit $9,000 a. Select A with B/C =1.14 b. Select B with B/C = 1.14 c. Reject A with B/C = 1.14 d. Select B with B/C = 0.14
The following data pertain to an investment proposal Cost of investment 45,000 annual Cost savings 10,000...
The following data pertain to an investment proposal Cost of investment 45,000 annual Cost savings 10,000 Estimated salvage value 0 Expected life of investemnt 5 years discount Rate 10% What is the net present Value of the proposed investment
In the Stern Stewart approach to value based management, the net annual benefit to shareholders is:...
In the Stern Stewart approach to value based management, the net annual benefit to shareholders is: A. Total invested capital (CAPITAL). B. Economic Value Added (EVA). C. Market Value Added (MVA). D. Net Operating Profit After Tax (NOPAT).
A firm with a cost of capital of 10% considers the following capital investment: Cash Flows:...
A firm with a cost of capital of 10% considers the following capital investment: Cash Flows: Year 0 -4 million Year 1 26.5 Million Year 2 -24.2 Million (A) According to the IRR given by your financial calculator, should the firm accept this project? (B) Up to how many IRRs could this project have? (C) According to the MIRR, should the firm accept this project? (D) Should the firm accept this project? Justify your answer using the NPV. (Please show...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT