A company is considering replacing an old piece of machinery, which cost $602,100 and has $351,100 of accumulated depreciation to date, with a new machine that has a purchase price of $483,800. The old machine could be sold for $63,300. The annual variable production costs associated with the old machine are estimated to be $155,200 per year for eight years. The annual variable production costs for the new machine are estimated to be $99,200 per year for eight years. a.1 Prepare a differential analysis dated May 29 to determine whether to continue with (Alternative 1) or replace (Alternative 2) the old machine. If an amount is zero, enter "0". If required, use a minus sign to indicate a loss. Differential Analysis Continue with Old Machine (Alt. 1) or Replace Old Machine (Alt. 2) May 29 Continuewith OldMachine(Alternative 1) ReplaceOldMachine(Alternative 2) DifferentialEffects(Alternative 2) Revenues: Proceeds from sale of old machine $ $ $ Costs: Purchase price Variable productions costs (8 years) Profit (Loss) $ $ $ a.2 Determine whether to continue with (Alternative 1) or replace (Alternative 2) the old machine. b. What is the sunk cost in this situation? The sunk cost is $.
A company is considering replacing an old piece of machinery, which cost $602,100 and has $351,100 of
a.1 Prepare a differential analysis dated May 29 to determine whether to continue with (Alternative 1) or replace (Alternative 2) the old machine. If an amount is zero, enter "0". If required, use a minus sign to indicate a loss.
Differential Analysis | |||
Continue with Old Machine (Alt. 1) or Replace Old Machine (Alt. 2) | |||
May 29 | |||
Continue with Old Machine (Alternative 1) |
Replace Old Machine (Alternative 2) |
Differential Effects (Alternative 2) |
|
Revenues: | |||
Proceeds from sale of old machine | $ | $ | $ |
Costs: | |||
Purchase price | |||
Variable productions costs (8 years) | |||
$ | $ | $ |
a.2 Determine whether to continue with (Alternative 1) or replace (Alternative 2) the old machine.
b. What is the sunk cost in this situation?
The sunk cost is $.
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