Decision Alternatives B Initial cost $8,000,000 $10,000,000 $15,000,000 Annual benefits: Power sales $1,000,000 $1,200,000 $1,800,000 Flood-control savings Irrigation benefits Recreation benefits O&M costs $250,000 $350,000 $500,000 $350,000 $450,000 $600,000 $100,000 $200,000 $350,000 $200,000 $250,000 $350,000

3. Using both Payback and NPV results, which projects, if any, would yourecommend McGloire should fund? Justify your answer and include a criticalassessment of two nonfinancial qualitative factors that could affect the investment

The general city population is set to benefit in travel-time savings from a municipal road project amounting to $80,000. The local government will incur an initial spending of $2,500,000 and an operating and maintenance cost of $30,000 per year. This new road will reduce accidents, representing medical savings of $135,000. Consider a 15- year period and an interest rate of 5%. What is the modified benefit-cost ratio of this project?

A regional municipality is studying a water supply plan for its​ tri-city and surrounding area to the end of year 2070.To satisfy the water​ demand, one suggestion is to construct a pipeline from a major lake some distance away. Construction would start at the beginning of 2030 and take fivefive years at a cost of ​$15 million per year. The cost of maintenance and repairs starts after completion of construction and for the first year is ​$2 ​million, increasing by 1 percent per year thereafter. At an interest rate of 6 ​percent, what is the present worth of this​ project? Assume all cash flows take place at​ year-end. Consider the present to be the end of​ 2025/beginning of 2026. Assume there is no salvage value at the end of year 2070. The present worth of this project is how many million. (2 decimal places)

Project A and Project B are independent projects. Investment life of Project A is 4 years and investment life of Project B is 17 years. Project A's NPV is $375 and Project B's NPV is $1,743. EANPV of project A is $102 and EANPV of project B is $96. Which of the following decision is correct? O a. Select both projects because both have positive NPVs. O b. Select Project A because it has a shorter investment life O c. Select Project B because it has a longer investment life Od. Select Project A because it has a higher EANPV O e. Select Project B because it has a higher NPV

Please answer ASAP if you can please. Thank you! Please Please write expression or formula used Set up expression initially with functional notation (e.g.,(P/F,I,n))

Please answer ASAP if you can please. Thank you! Please Please write expression or formula used Set up expression initially with functional notation (e.g.,(P/F,I,n))

The conventional B/C ratio for a flood control project along the Mississippi River was calculated to be 1.3. The benefits were $500,000 per year and the maintenance costs were $200,000 per year. What was the initial cost of the project if a discount rate of 7% per year was used and the project was assumed to have a 50-year life?

Please make sure you have the right answer! I have asked this question too many times and all the answers were wrong!!!

The Egyptian government is considering three projects to overcome the drought due to (sad EINahda) project. Project A is a dam. The dam will have irrigation and recreation benefits in addition to the water control benefits. Projects B and C consist of permanent dikes along the Nile River near Nagaa Hammadi. Data for these projects are shown in the following table. Using a MARR of 0.11 and considering the project life to be 30 years, use incremental annual worth benefit-cost analysis to choose the best project. Project A Project BProject C First Cost (millions of $) Annual Benefits (millions of $) 45.8 30.8 22 4.6 3.4 Annual Op, and Maint. Costs (millions of $) 0.4 0.2 0.2 Benefit to Cost Ratio AW(C) = Benefit to Cost Ratio AW(B) = Benefit to Cost Ratio AW(A) = Benefit to Cost Ratio AW(B-C) = Benefit to Cost Ratio AW(A-B) = Select 1 for Project A 2 for Project B 3 for Project C