Alpha | |||
Years | Benefits | PVF @ 10% | Present Value |
0 | -600 | 1 | =+B3*C3 |
1 | 158.3 | =1/1.1 | =+B4*C4 |
2 | 158.3 | =+C4/1.1 | =+C5*B5 |
3 | 158.3 | =+C5/1.1 | =+C6*B6 |
4 | 158.3 | =+C6/1.1 | =+C7*B7 |
5 | 158.3 | =+C7/1.1 | =+C8*B8 |
NPV | =SUM(D3:D8) | ||
Beta | |||
Years | Benefits | PVF @ 10% | Present Value |
0 | -500 | 1 | =+B14*C14 |
1 | 139.7 | =1/1.1 | =+B15*C15 |
2 | 139.7 | =+C15/1.1 | =+B16*C16 |
3 | 139.7 | =+C16/1.1 | =+B17*C17 |
4 | 139.7 | =+C17/1.1 | =+B18*C18 |
5 | 139.7 | =+C18/1.1 | =+B19*C19 |
NPV | =SUM(D14:D19) | ||
Gamma | |||
Years | Benefits | PVF @ 10% | Present Value |
0 | -200 | 1 | =B25*C25 |
1 | 58.3 | =1/1.1 | =B26*C26 |
2 | 58.3 | =+C26/1.1 | =B27*C27 |
3 | 58.3 | =+C27/1.1 | =B28*C28 |
4 | 58.3 | =+C28/1.1 | =B29*C29 |
5 | 58.3 | =+C29/1.1 | =B30*C30 |
NPV | =SUM(D25:D30) | ||
Since the NPV of Gamma is more than Alpha & Beta , Gamma is the Best one to select.
We can also Calculate Benefit to Cost Ratio (BCR) - Total Benefits / Total Cost
Total Cost + NPV = Total Benefit
Aplha
Total benefit- 600+0.08 = 600.08
Total Cost= 600
BCR= 600.08/600
= 1.001 (Approx)
Beta
Total Benefit = 500+29.7 = 529.7
Total Cost = 500
BCR = 529.7/500
=1.059 (Approx)
Gamma
Total Benefit= 200+21 = 221
Total Cost = 200
BCR= 221/200
=1.105 (Approx)
Since BCR of Gamma is more it is most beneficial.
5. We have three alternatives. Costs, benefits, RoR and years are as bellows. Using EUAnnuity Benefit...
alternatives. Costs, benefits, RoR and years are as bellows. Using EUAnnuity Benefit and Cost which is the best one to select? 15 Projets Cost Yearly Benefit RoR Years Ratios Alpha 600 158.3 10% Beta 500 139.7 10% 15 Gamma 200 58.3 10% 5
Zook as bellows. Using EUAnnuity Benefit and 15 Cost 5. We have three alternatives. Costs, benefits, RoR and years are as bellows. Cost which is the best one to select? Projets Yearly Benefit ROR Years Ratios Alpha 600 158.3 10% 5 Beta 500 139.7 10% 5 Gamma I 200 58.3 10%
Need cash flow diagram
04) Three mutually exclusive alternative are being considered Initial Cost Benefit at the end of the first Year Uniform Annual Benefits at end of subsequent years Useful Life in years $500 $200 $100 $400 $200 $125 $300 $200 $100 At the end of its useful life, an alternative is not replaced. If MARR is 10%, which alternatives should be selected? a) Based on the payback period? b) Based on benefit-cost ratio analysis c) Benefit/Costs Analysis using...
international genetic technologies inc. (InGen) is examining
the following three mutually exclusive alternatives.
3) Using benefit-cost ratio analysis, a 10-year useful life and a MARR of 25%, determine which of the following mutually exclusive models should be selected. А в C D E Initial Cost $100 $200 $300 $400 $500 $37 $60 $83 $137 $150 Annual Benefits 4) A big box company is using a benefit-cost ratio analysis to select which one of the 3 alternatives shown below should be...
Three mutually exclusive alternatives are being considered: Initial cost Benefit at end of the first $500 $400 $300 200 200 200 year Uniform benefit at end of 100 125 100 subsequent years Useful life, in years 4 At the end of its useful life, an alternative is not replaced. If the MARR is 10%, which alternative should be selected (a) Based on the payback period? (b) Based on benefit-cost ratio analysis?
answer with detail
Financial data related to three different alternatives are provided in the table below. Assume that useful lives are all 10 years. Annual interest rate: 8% Data Initial Cost Annual additional cost $100 Uniform Annual Benefits $750 1,000 $2,500 250 $150 500 $600 5,000 EUAW of alternative "P" UA W of alternative "Q" EUA W of alternative "R hich alternative is the best choice, P, Q or R?
Three mutually exclusive alternatives have the following cash flow and a life of 5 years. If the MARR is 15%, which project, using the B/C ratio should be selected? First Cost $100,000 $300,000 $500,000 Annual Benefit $37,000 $83,000 $150,000 Show details of calculations in the test paper to receive credit. ОА OO O None of them
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