1.A company have to choose the type of electrical generator to sustain its production oper in case of power failures. Type A Type B First Cost P200,000 P300,000 Annual Operations Cost P 32,000 P 24,000 Annual Labor Cost P 50,000 P 32,000 Insurance & Taxes 3% of First Cost 3% of First Cost Payroll taxes 4% of first Cost 4% of first Cost Estimated Life 10 yrs 10 yrs Note: All the Types of Genset will depreciate. If the minimum required rate of return is 15%, which type of genset should be selected? Using Present Worth Method, which type should be selected?

1.A company have to choose the type of electrical generator to sustain its production oper in case of power failures. Type A Type B First Cost P200,000 P300,000 Annual Operations Cost P 32,000 P 24,000 Annual Labor Cost P 50,000 P 32,000 Insurance & Taxes 3% of First Cost 3% of First Cost Payroll taxes 4% of first Cost 4% of first Cost Estimated Life 10 yrs 10 yrs Note: All the Types of Genset will depreciate. If the minimum required rate of return is 15%, which type of genset should be selected? Using Present Worth Method, which type should be selected?

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Costs and revenues (in thousands) 99 15 30 45 60 75 901052013550165 80195 Quantity per period (in thousands) Tools 1 O A
Suppose that instead Einar short sells 200 shares of German Power Weak Inc. at $40 each. NASDUCK now sets a margin requirement of 30%.(e) How much cash does Einar need to invest?(f) Calculate the margin call of NASDUCK if the price increases to $44.(g) Suppose the price falls to $25. How much cash can Einar take out from his margin account?(h) Suppose he takes out 50% of the amount in part (g). At what price threshold will Einar face a margin call by NASDUCK?
You have been asked to evaluate the economic implications of various methods for cooling condenser effluents from a 200-MW steamelectric plant. There are two basic types of cooling towers: wet and dry. Furthermore, heat may be removed from condenser water by (1) forcing (mechanically) air through the tower or (2) allowing heat transfer to occur by making use of natural draft. Consequently, there are four basic cooling tower designs that could be considered. Assuming that the cost of capital to the utility company is 12% per year, your job is to recommend the best alternative (i.e., the least expensive during the service life). Further, assume that each alternative is capable of satisfactorily removing waste heat from the condensers of a 200-MW power plant. What noneconomic factors can you identify that might also play a role in the decision-making process? Click the icon to view the alternatives description. Data Table icon to view the interest and annuity table for discrete…
2. A construction firm plans to purchase new excavator. Two manufacturers offered to the company with the respective estimates below. Descriptions First cost, PhP (in 1000 Php) Annual M&O cost, PhP/ Year (in 1000 Php) Salvage value, PhP Economic life, Years Seller A 15,000 3,500 1,000 6 Seller B 18,000 3,100 2,000 9
Solar plant investment or cost establish 40000$, Maintenance Cost Expected customer Demand (KWH) Year 0 0 0 350 1500 1 300 1200 2 200 1000 3 200 800 4 150 700 5 What is the cost Consumption Kilowatt Per Hour? please tell me how can I solve it , as you know we have Present worth, annual worth and future worth! please i need correct answer because i have post it before and they give me wrong answer , do not search it because these number is randomly , i am looking for the way of answer in case of the question has change that i can solve it by your clarification . rate 10%
1. A certain company is considering two types of machine for its operation. The data are as follows: Machine A First cost P150,000 Life 4 yrs Salvage value P15,000 Annual operating cost P48,000 Annual taxes P4,200 Annual repairs P7,200 Machine B First cost P200,000 Life 8 yrs P10,000 Salvage value Annual operating cost P32,000 Annual taxes P7,200 Annual repairs P4,200 If money is worth 12% compounded annually, compute the difference of the annual worth of the two machines.
3. 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: A B C First cost 52,000 49,600 30,000 24,000 Power per year 1,300 1,360 2,400 2,020 Labor per year 11,600 9,320 4,200 2,000 Maintenance per year 2,800 1,900 1,300 700 Taxes and insurance 3% 3% 3% 3% Life, years 5 5 5 Money is worth 15 % before taxe the company. Which machine should be chosen? Use Rate of return on Additional Investment and Present worth method.
(9) The mangement of Small marketing manager inpoimation Joniable Cost= $ 3/0nit units Der year and BEP( Percent Capacily) Company is thinking g intacoluce a new in a Stale markel ' The produclion mariges and the have agreed on the pollowing quanlitative fixed Cos príce= $6/ ünit biing and plant Capacily=See0 relating to the new Product $ 12.00/ year, こ Find Breakeven' pornts in BEP (quantily), BEVIdoilars) oGraphically and analytically
2. A certain company is considering two types of machine for its operation. The data are as follows: Machine A First cost P150,000 Life 4 yrs Salvage value P15,000 Annual operating cost P48,000 Annual taxes P4,200 Annual repairs P7,200 Machine B First cost P200,000 Life 8 yrs P10,000 Salvage value Annual operating cost P32,000 Annual taxes P7,200 Annual repairs P4,200 If money is worth 12% compounded annually, compute the difference of the present worth of the two machines.
2-17 Consider the accompanying breakeven graph for an investment, and answer the following questions. $40 $35 $30 Total Revenue $25 $20- Total Cost $15 $10 -- $5 $0 0. 250 500 750 1000 1250 1500 1750 Output (units/year) (a) Give the equation for total revenue for x units per year. (b) Give the equation for total costs for x units per year. (c) What is the "breakeven" level of x? :11 ou hove a Dollars (X104)
Quantity of Marginal Resort Units Capacity Cost 150 200 250 300 350 $5,000 $5,000 $5,000 $5,000 $5,000 OA $2,000 OB. $2,500 OC. $1,750 OD. $1,250 Marginal Operating Cost $1,000 $1,000 $1,000 $1,000 $1,000 Peak Marginal Revenue $8,000 $7,500 $6,700 $6,000 $5,000 Off-Peak Marginal Peak Revenue Demand $2,000 $10,000 $1,500 $8,000 $1,000 $7,800 $750 $7,000 $500 $6,250 Off-Peak Demand $2,500 $2,000 $1,750 $1,250 $1,000 The table above summarizes Gorgeous Sands Resort's marginal capacity cost, marginal operating cost, peak marginal revenue, off-peak marginal revenue, and its peak and off-peak demand for its resort units. What is the profit-maximizing price for Gorgeous Sands Resort to charge during the off-peak period?
Fill in the missing values: QP TC TB Tprofit MC MB Mprofit ATC AFC AVC 16 500-50 ΝΑ ΝΑ ΝΑ ΝΑ ΝΑ ΝΑ 16 132 16 16 156 16 186 0 5 6 7 8 16 9 16 272 10 16 332 16 224