Use Rate of Return Method. Answer the given problem below. A company is going to buy a new machine for manufacturing its product. Four different machines are available. Cost, operating and other expenses are as follows. Money is worth 17% before taxes to the company. Which machine should be chosen? Machine A Machine B Machine C Machine D P 52,000 P 24,000 P 1,300 P 11,600 P 2,800 (FC) P 30,000 P 49,600 (ОС) уear P 1,360 2,400 P 2,020 (LC)/year (МС) year 9,320 4,200 2,000 1,900 1,300 P 700 (IT)/year P 720 900 1,488 1,560 Life 5 years 5 years 5 years 5 years

Q1).Using AW method compare between the following alternatives: Operating and maintenance Alt. F.C. Income at the Annual nd S.V. Useful life i. end of 2 yearIncome A 35000 3500 2800 7000 8 8% B. 32000 1500 4700 2500 8%

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Ima Good-Student enrolls in ENGR 3202. She had considered purchasing a new vehicle but decides that she can buy a good used vehicle and invest the difference in the stock market. Ima sells her current vehicle for $5000 and buys a low-mileage vehicle for $15000 in cash, no financing needed. She also realizes that she needs to account for maintenance and operation costs. Those costs are estimated to be $2000 per year and increase by $100 per year. She will keep the vehicle for years and sell it for an estimated $3000. If her MARR is 8%, what is the present value of this cash flow? O a. $-23000 O b. $-23400 O c. $-18000 O d. -$18400

A car lease agreement requires the following: down payment $2500 first month’s payment $346 security deposit $330 freight & PDI $765 federal air tax $110 How much is required upon signing the agreement (including 14% tax)?

I need 2 year of Finanical Report of International company and report must b odit with anothor company stam its only for finance project

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A manufacturer with a MARR of 20% is considering the installation of one of three packaging machines. The economic parameters of each machine are as follows: Packaging machine: Initial cost ($) Uniform annual benefit ($) Uniform annual O&M cost ($) X Y 20,000 40,000 120,000 180,000 70,000 50,000 6 Service life (years) 3 Salvage value end of life ($) 2,000 4,000 Z 15,000 100,000 70,000 12 2,000 Which choice below gives the correct PW equation for machine X over the appropriate analysis period? O PW (costs) = $20k + $20k (P/F,20%,6) + $70k (P/A,20%, 12) - $2k (P/F,20%,6) - $2k (P/F,20%,12) NPW = [ $120k (P/A,20%, 12) ] - [ $20k + $20k (P/F,20%,6) + $70k (P/A, 20%, 12) - $2k (P/F,20%,6) - $2k (P/F,20 %,12)] PW (benefits) = $120k (P/A,20%, 12) O NPW = ($120k-$70k) (P/A,20%,12)