To
determine what the depreciation of an asset using straight line method, the
formula to be used is:
(Initial
cost of machine – salvage value) divided by estimated useful life
So in
this problem:
Initial Cost
- $135000
Salvage
Value – $15000
Estimated
Useful Life – 5 years
Plug that
in the formula
Annual
depreciation = ($135000 - $15000) / 5
= $120000/
5
= $24,000
The first
year depreciation for the machine is $24000 because the company bought it in
the beginning of the year. (So there is no need to divide this by 12 months)
To record
this:
Depreciation
Expense $24000
<span> Accumulated Depreciation $24000</span>
Answer:
Variable Cost per hour is $4.86
Explanation:
given data
Highest Cost = $27,049
Lowest Cost = $19,772
Highest Cost Driver = 4,168 hours
Lowest Cost Driver = 2,672 hours
solution
we get here Variable Cost per hour that is express as
Variable Cost per hour = (Highest Cost - Lowest Cost) ÷ (Highest Cost Driver - Lowest Cost Driver) ......................1
put here value and we get
Variable Cost per hour =
Variable Cost per hour =
Variable Cost per hour = 4.86
so Variable Cost per hour is $4.86
You want us to write it for you lol?
<span>Return on equity = 11.28 percent = 11.28/100 = 0.1128
debt-equity ratio =1.03
total asset turnover = 0.87
return on assets = ?
we can find return on assets by using the formula
= return on equity / (1 + debt equity ratio)
= 0.1128 / (1 + 1.03)
= 0.1128 / 2.03
= 0.0556 = 0.0556 x 100 = 5.56%
So, the return on assets is 5.56%</span>
The answer is option "a-true".
According to the speculations or theories of Smith, Ricardo, and Heckscher-Ohlin, the consequences of free trade include both static and dynamic economic gains. It includes static economic gains because free trade supports a more elevated amount of local utilization and more proficient use of assets, and the reason dynamic economic gains are included in free trade consequences is that free trade stimulates monetary development and the formation of wealth.