Annual Worth Analysis - 3 A*The AW values of three revenue alternatives are $ 30,000 for A. $ 40,000 for B, and $ 55,000 for C. On the basis of these AW values, the correct decision is to:(a) select alternative A(b). select alternative B.(c) select alternative C(d). select the do-nothing alternative.

The time value of money refers to the concept that tells a sum of money is worth greater now than…

Answered: Annual Worth Analysis - 3 A The AW…

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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For each of the following problems, (a) draw the cash flow diagram; (b) present clean and clear manual solutions to the problem; (c) highlight the final answer (only the final answer as required by the problem) by enclosing it within a box. An equipment has a first cost of $200,000, an annual operating cost of $50,000 and a salvage value of 25% of the first cost after 5 years; these estimates being in future dollars. Determine the present worth, assuming an interest rate of 10% and an average inflation rate of 4%.
A dyeing and finishing plant is interested in acquiring a dyeing machine for the production of a new product. Three alternatives are being considered assummarized below. Which alternative should be recommended if the plant’sMARR (hurdle rate) is 15% per year using (a) the IRR method and (b) the annual worth method?
Compare the alternatives below on the basis of their capitalized costs. Assume the MARR is 10% per year, compounded annually Project A Project B Project C First cost ($200,000) ($275,000) ($800,000) Annual income $60,000 $70,000 $80,000 Salvage value $40,000 $60,000 $500,000 Life, years 4 7 infinity
Dexcon Technologies, Inc., is evaluating two alternatives to produce its new plastic filament with low friction properties for creating custom bearings for 3-D printers. The estimates associated with each alternative are shown below. Using a MARR of 16% per year, which alternative has the better present worth and what is that value (select the closest value)? Method First Cost AOC, per Year Salvage Value Life DDM $170,000 $65,000 $4,000 2 years LS $350,000 $40,000 $29,000 4 years DDM with a PW--$473,000 LS with a PW --$445,900 LS with a PW --$222,055 DDM with a PW--$109,300
Dexcon Technologies, Inc., is evaluating two alternatives to produce its new plastic filament with tribological (ie.. low friction) properties for creating custom bearings for 3-D printers. The estimates associated with each alternative are shown below. Using a MARR of 10% per year, which alternative has the lower present worth? Method First Cost M&O Cost, per Year Salvage Value Life DDM $-190,000 $-55,000 $4,000 2 years The present worth for the DDM method is $ The present worth for the LS method is $ The LS method is selected. LS $-430,000 $-25,000 $39,000 4 years
The cost of the extending a certain road at Yellowstone National Park is $1.7 million. Resurfacing and other maintenance are expected to cost $350,000 every 3 years with an interest rate of 6% per year. a) What is the Annual Worth based capitalized cost of the road? b) How will the answer (a) change if its Salvage is expected to be $3 million at the end of its useful Life?
When faced with different alternatives, there are many criteria that can be used to identify the best one. What is the tangible criterion that is usually used in an engineering economic analysis?
A city government feels that the energy production capacity must be expanded to meet anticipated demands for energy. There are three alternatives to consider: @A nuclear facility with an investment of $250 million, operating costs of $3 million per year and life of 20 years. @ A coal plant with an investment of $200 million operating costs of $10 million per year and a life of 20 years. 26°C I P Type here to search
1. The annual worth for years 1 through infinity of $75,000 now, $25,000 per year in years 1 through 15 and S40,000 per year in years 16 through infinity at a 10% interest per year is closest to: (a) $27,500 (b) $36,000 (c) $44,000 (d) $ 19,500 1. For the estimates in table below, calculate the equivalent annual cost of the project: First Cost, $ -950,000 Replacement Cost, year 2 AOC, $/ year Salvage value, $ -450,000 -600,000 175,000 Life, years 4 Interst Rate % 10
Compare three mutually exclusive alternatives on the basis of their capitalized costs at i =10% per year. Alternative |First cost, $ AOC, $/year Salvage value, $| Life, years B2 300,000 |-10,000 |70,000 A1 -50,000 C3 |-30,000 5,000 2 900,000| 3,000 |200,000
A city tnat operates automobile parking facilities is evaluating a proposal to erect and operate a structure for parking in its downtown area. Three designs for a facility to be built on available sites have been identified as follows, where all dollar figures are in thousands: Design A Design B Design C Cost of site $240 $180 $200 Cost of building $2,200 $700 $1,400 Annual fee collection $830 $750 $600 Annual maintenance cost $410 $360 $310 Service life 30 years 30 years 30 years At the end of the estimated service life, the selected facility would be torn down and the land would be sold. It is estimated that the proceeds from the resale of the land will be equal to the cost of clearing the site. If the city's interest rate is known to be 10%, which design alternative would be selected on the basis of the benefit-cost criterion?
A remotely located air sampling station can be powered by solar cells or by running an electric line to the site and using conventional power. Solar cells will cost $7000 to install and will have a useful life of 4 years with no salvage value. Annual costs for inspection, cleaning, etc. are expected to be $1600. A new power line will cost $14000 to install, with power costs expected to be $1300 per year. Since the air sampling project will end in 4 years, the salvage value of the line is considered to be zero. At an interest rate of 8.00% per year, which alternative should be selected on the basis of a future worth analysis? (Include a minus sign if necessary.) The future worth of solar cells is $[ and that of electric line is $ (Click to select) :) should be selected on the basis of a future worth analysis.

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