=(90000*(1/1.1^3+1/1.1^4+1/1.1^5+1/1.1^6+1/1.1^7+1/1.1^8+1/1.1^9+1/1.1^10))/(200000+30000/1.1+30000/1.1^2)
=1.574240517
Question 18 7 pts At 10% interest, what is the conventional benefit/cost ratio for the following...
uestion6 0.25 pts with interest at 10%, what is the benefit-cost ratio for this government project? nitial Cost Additional costs at the end of year 1 and year 2 Benefits at end of year 1 and year so/year 2 Annual benefits at end of year 3 $101015/year through year 10 $203180 $29800/year Enter your answer as follow: 12.34
With interest at 10%, what is the benefit-cost ratio for this government project? Initial Cost $244,793 Additional costs at the end of year 1 and year 2 $22,478/year Benefits at end of year 1 and year 2 $0/year Annual benefits at end of year 3 through year 10 $96,236/year Enter your answer as follow: 12.34
With interest at 10%, what is the benefit-cost ratio for this government project? $208,355 Initial Cost Additional costs at the end of year 1 and year $23,720/year Benefits at end of year 1 and year 2 $0/year Annual benefits at end of year 3 through year. $91,825/year 10 Enter your answer as follow: 12.34
Problem 09.010 Benefit/Cost Analysis of a Single Project The estimated annual cash flows for a proposed municipal government project are costs of $710,000 per year, benefits of $910,000 per year, and disbenefits of $160,000 per year. Calculate the conventional B/C ratio at an interest rate of 12% per year, and determine if it is economically justified. The B/C ratio is The project is economically (Click to select) A
Problem 09.010 Benefit/Cost Analysis of a Single Project The estimated annual cash flows for a proposed municipal government project are costs of $800,000 per year, benefits of $910,000 per year, and disbenefits of $230,000 per year. Calculate the conventional B/C ratio at an interest rate of 9% per year, and determine if It is economically justified. The B/C ratio is The project is economically not justified
1. [30] A government agency has you to compute benefit cost ratios for the following bridge project Cost: $3,250,000 Salvage: $200,000 Benefits: $800,000 per year O&M Costs: $350,000 per year Interest: 10% Project Life: 100 years
Q3:1) For equal 20 years life at the interest rate of 6 %, which Design should be selected by using Benefit Cost Method (include DN alternative) (13 Marks) Design 1 Design 2 Construction cost, $ 15,000,000 10,000,0o0 Building maintenance cost, S/year Patient benefits, S/year 55,000 35,000 1,050.0ooo 800,0oo Conventional and solar the B/C ratio to determine which ii) alternatives are available for providing energy at a remote radar site. Use method should be selected at an interest rate of 12%...
10. Use AW Benefit/Cost Ratio to select preferred Design of the following table. MARR= 9% (10 ptos) Design#1 Design#2 Design#3 Capital Investment Salvage Value Annual O&M costs Annual Benefits Useful life $1,240,000 90,000 215,000 462,800 $1,763,000 150,000 204,000 522,000 $1,475,000 120,000 201,000 485,500 15 yrs. 15 yr 15 yr
Name 4) Fill in the following table to caloulate the net present vallue and benefit/cost ratio of each investment. Round to the nearest dollar or hundredth in the benefit/cost ratio. Investment B Investment A Yearly After-tax Yearly Present After-tax Present After-tax After-tax Present Value Year Value Present Value Year Value x of Benefits of Benefits Benefit Benefit Factor Factor 3200 1850 2 1925 2 3200 2567 3200 3 4 3850 3000 3000 3850 Total 6 5133 Less Initial Cost 7...
Find the benefit-cost ratio and profitability index for group’s company startup at an interest rate of 10% Initial Investment for Company Startup: $2,000,000 Anticipated Annual Costs: Annual Operating and Maintenance Costs $20,000 Annual Material Costs $50,000 Annual Personnel Costs $80,000 Anticipated Revenue: Year 1: $590,000 Year 2: $570,000 Year 3: $520,000 Year 4: $150,000 Year 5: $580,000 Year 6: $930,000 ...