An auto manufacturer is considering adding new automation to their assembly line to production costs. The manufacturer is confident that capital costs to get the new equ "in service" will be $2,000,000, with a salvage value of $40,000 after a 9 year useful manufacturer is less confident about the annual savings that will occur as a result of automation and cannot accurately assess the probability of the various outcomes. The manufacturer estimates the annual savings will be in the range of: Pessimistic $450,000 Most likely Optimistic $660,000 $870,000 Using an MARR of 12%, and the Beta distribution, determine the mean NPW for the investment. Express your answer in $ to the nearest $1,000

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Chapter1: Making Economics Decisions
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An auto manufacturer is considering adding new automation to their assembly line to reduce
production costs. The manufacturer is confident that capital costs to get the new equipment
"in service" will be $2,000,000, with a salvage value of $40,000 after a 9 year useful life. The
manufacturer is less confident about the annual savings that will occur as a result of
automation and cannot accurately assess the probability of the various
outcomes. The manufacturer estimates the annual savings will be in the range of:
Pessimistic
$450,000
Most likely
$660,000
Optimistic
$870,000
Using an MARR of 12%, and the Beta distribution, determine the mean NPW for the
investment. Express your answer in $ to the nearest $1,000
Transcribed Image Text:An auto manufacturer is considering adding new automation to their assembly line to reduce production costs. The manufacturer is confident that capital costs to get the new equipment "in service" will be $2,000,000, with a salvage value of $40,000 after a 9 year useful life. The manufacturer is less confident about the annual savings that will occur as a result of automation and cannot accurately assess the probability of the various outcomes. The manufacturer estimates the annual savings will be in the range of: Pessimistic $450,000 Most likely $660,000 Optimistic $870,000 Using an MARR of 12%, and the Beta distribution, determine the mean NPW for the investment. Express your answer in $ to the nearest $1,000
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