Problem 8
Question
Zeus Industries bought a computer for \(\$ 2500 .\) If it depreciates at a rate of 20\(\%\) per year, what will be its value in 2 years?
Step-by-Step Solution
Verified Answer
The computer's value will be $1600 after two years.
1Step 1: Understanding Depreciation
To solve this problem, we first need to understand that depreciation is the reduction in the value of an asset over time. Here, the computer's value depreciates at a rate of 20% per year.
2Step 2: Initial Value Identification
The computer's initial value is given as $2500. This will be used as the starting point in calculating depreciation over time.
3Step 3: Depreciation for Year One
In the first year, the computer loses 20% of its value. Calculate the depreciation amount for the first year with the formula: \( ext{Depreciation} = ext{Initial Value} imes rac{ ext{Rate}}{100} \) which yields: \( 2500 imes 0.20 = 500 \)
4Step 4: Value After One Year
Subtract the depreciation from the initial value to find the value at the end of year one: \( 2500 - 500 = 2000 \). So, the computer's value after one year is $2000.
5Step 5: Depreciation for Year Two
In the second year, the computer's value depreciates again by 20% of the remaining $2000. Calculate the depreciation amount with the same formula:\( 2000 imes 0.20 = 400 \)
6Step 6: Value After Two Years
Subtract the second year's depreciation from the value at the end of year one to find the value at the end of year two: \( 2000 - 400 = 1600 \). So, the computer's value after two years is $1600.
Key Concepts
PercentageAsset ValueMathematical Formulas
Percentage
Depreciation involves understanding percentages, which are a way to express a number as a fraction of 100. In the context of depreciation, the percentage represents how much of the asset's value is lost over a particular period.
Let's break it down further:
Let's break it down further:
- A 20% depreciation rate means that every year, the asset loses 20 out of every 100 units of its value.
- To find the depreciation, you multiply the asset's current value by 0.20 (because 20% as a decimal is 0.20).
- This calculation helps in determining the exact amount that should be subtracted from the asset's value each year.
Asset Value
The asset value is the worth of an asset at any given time. At the beginning, the computer's initial asset value is $2500.
As depreciation affects the asset, this value declines steadily. To keep track:
As depreciation affects the asset, this value declines steadily. To keep track:
- Begin with determining the initial value, which is often the purchase price.
- Deduct the annual depreciation amount from the asset's current value to find its new value.
Mathematical Formulas
Calculating depreciation is readily handled through straightforward mathematical formulas.
These formulas help organize and simplify finding how an asset's value changes over time.Key formula for finding depreciation amount:\[ \text{Depreciation} = \text{Current Asset Value} \times \frac{\text{Rate of Depreciation}}{100} \]This formula provides the depreciation expense for the year, reflecting how much value the asset has lost due to wear and tear or technological obsolescence.Example steps:1. **First Year**: - Current Value: \(2500 - Calculation: \( 2500 \times 0.20 = 500 \) - New Value: \)20002. **Second Year**: - Current Value: \(2000 - Calculation: \( 2000 \times 0.20 = 400 \) - New Value: \)1600Altogether, mathematical formulas bring clarity and repeatability to the processes required in evaluating the decreasing value of assets annually.
These formulas help organize and simplify finding how an asset's value changes over time.Key formula for finding depreciation amount:\[ \text{Depreciation} = \text{Current Asset Value} \times \frac{\text{Rate of Depreciation}}{100} \]This formula provides the depreciation expense for the year, reflecting how much value the asset has lost due to wear and tear or technological obsolescence.Example steps:1. **First Year**: - Current Value: \(2500 - Calculation: \( 2500 \times 0.20 = 500 \) - New Value: \)20002. **Second Year**: - Current Value: \(2000 - Calculation: \( 2000 \times 0.20 = 400 \) - New Value: \)1600Altogether, mathematical formulas bring clarity and repeatability to the processes required in evaluating the decreasing value of assets annually.
Other exercises in this chapter
Problem 7
Write each equation in exponential form. \(\log _{4} 256\)
View solution Problem 7
Determine whether each function represents exponential growth or decay. $$ y=0.3(5)^{x} $$
View solution Problem 8
Write an equivalent exponential or logarithmic equation. \(\ln 1=0\)
View solution Problem 8
Solve each equation. Check your solutions. \(\log _{3} 42-\log _{3} n=\log _{3} 7\)
View solution