A machine costing $$210,200$ with a four$-$year life and an estimated $$15,000$ salvage value is installed in Luther Company's factory on January $1.$ The factory manager estimates the machine will produce $488,000$ units of product during its life. It actually produces the following units: $122,400$ in Year $1,123,400$ in Year $2,121,500$ in Year $3,130,700$ in Year $4.$ The total number of units produced by the end of Year $4$ exceeds the original estimate$-$this difference was not predicted. Note: The machine cannot be depreciated below its estimated salvage value.

Required:

Compute depreciation for each year $($and total depreciation of all years combined$)$ for the machine under each depreciation method. Note: Round your per unit depreciation to $2$ decimal places. Round your answers to the nearest whole dollar.

A machine costing $$210,200$ with a four$-$year life and an estimated $$15,000$ salvage value is installed in Luther Company's factory on January $1.$ The factory manager estimates the machine will produce $488,000$ units of product during its life. It actually produces the following units: $122,400$ in Year $1,123,400$ in Year $2,121,500$ in Year $3,130,700$ in Year $4.$ The total number of units produced by the end of Year $4$ exceeds the original estimate$-$this difference was not predicted. Note: The machine cannot be depreciated below its estimated salvage value.

Required:

Compute depreciation for each year $($and total depreciation of all years combined$)$ for the machine under each depleciation method. Note: Round your per unit depreciation to $2$ decimal places. Round your answers to the nearest whole dollar.

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Straight Line

Units of

Double

Production

declining

balance

Compute depreciation for each year $($and total depreciation of all years combined$)$ for the machine under the Straight$-$line depreciation.

Straight$-$Line Depreciation

Depreciation