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Accelerated depreciation should be used if we have assets that are used more heavily in their earlier years. These are assets that contribute more to production during their earlier years, and lose their functionality over time.
EXAMPLE
Vehicles, for example, are more heavily used in their earlier years. As the wear and tear starts to catch up with a vehicle, it loses its functionality over time.A main benefit of accelerated depreciation is that there is a reduced time period for writing off that asset's cost, which helps to reduce taxes. This is due to the fact that In the earlier years of that asset's life, you're recording a higher level of depreciation, a greater expense, which will help reduce your taxes.
There are several methods of accelerated depreciation:
MACRS stands for Modified Accelerated Cost Recovery System, and ACRS is Accelerated Cost Recovery System. These are used when reporting information to the IRS, so when doing your taxes, you need to use MACRS and ACRS as your depreciation method.
Let's take a look at the formula to calculate depreciation using sum of the year's digits. We take the remaining life of the asset as of the beginning of the year and divide it by the sum of the years of the useful life.
This means that if we have an asset with a five-year useful life, our denominator is going to be 5 + 4 + 3 + 2 + 1, or 15. This is how we would set up the calculation for sum of the year's digits--and where it gets its name.
Another method, units of production, is beneficial for machinery. If you have machinery that is used in your production process, it might have a useful life expressed in hours. This could be the number of hours it can be in the production process or the number of units that it can produce.
The formula for units of production takes our depreciable base and multiplies it by the hours this year--the hours that the asset was used during the year--and divides it by the total estimated hours for that asset.
Note, this formula can also be used for units. In this case, you would take the depreciable base, multiply it by units this year, and divide it by total estimated units.
Last, but certainly not least, is double declining balance, which is the most common accelerated depreciation method. One interesting thing about the double declining balance method is that it does not deduct the salvage value when computing the depreciable base.
To further explain double declining balance, let's look at an example of calculating depreciation using the double declining balance method.
We have one final visual representation to examine. Here we have the same example facts as before, only now we've added production life for our units of production method, as well as the production hours over the course of the life of this example asset.
We're going to look at the comparison of these three depreciation methods--double declining balance, sum of the year's digits, and units of production.
You'll see with that double declining balance, in the early years the depreciation is greater and then starts to taper off towards the end of that asset's useful life.
In sum of the year's digits, it's a very linear, downward sloping line, because it's systematically decreasing over time.
Lastly, units of production is based entirely on the amount of production, so the trajectory of depreciation depends on the production over time. There might be spikes in depreciation, and then as that asset starts to age, its productivity decreases.
Source: THIS TUTORIAL WAS AUTHORED BY EVAN MCLAUGHLIN FOR SOPHIA LEARNING. PLEASE SEE OUR TERMS OF USE.