A civil engineer who owns his own design/build/operate company purchased a small crane 3 years ago at a cost of $65,000. At that time, it was expected to be used for 10 years and then traded in for its salvage value of $10,000. Due to increased construction activities, the company would prefer to trade for a new, larger crane now, which will cost $80,000. The company estimates that the old crane can be used, if necessary, for another 3 years, at which time it would have a $17,000 estimated market value. Its current market value is estimated to be $29,000, and if it is used for another 3 years, it will have M&O costs (exclusive of operator costs) of $17,000 per year. Determine the values of P, n, S, and AOC that should be used for the existing crane in a replacement analysis. The value of P is $ .The value of n is years.The value of S is $ .The AOC value is $ per year.

Replacement analysis is the process by which the various costs consequences involved are studied so…

Answered: A civil engineer who owns his own…

FINANCIAL ACCOUNTING

10th Edition

ISBN:9781259964947

Author:Libby

Publisher:Libby

Chapter1: Financial Statements And Business Decisions

Section: Chapter Questions

Problem 1Q

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A civil engineer who owns his own design/build/operate company purchased a small crane 3 years ago at a cost of $65,000. At that time, it was expected to be used for 10 years and then traded in for its salvage value of $10,000. Due to increased construction activities, the company would prefer to trade for a new, larger crane now, which will cost $80,000. The company estimates that the old crane can be used, if necessary, for another 3 years, at which time it would have a $17,000 estimated market value. Its current market value is estimated to be $29,000, and if it is used for another 3 years, it will have M&O costs (exclusive of operator costs) of $17,000 per year. Determine the values of P, n, S, and AOC that should be used for the existing crane in a replacement analysis.

The value of P is $ .

The value of n is years.

The value of S is $ .

The AOC value is $ per year.

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