Answer:
A. $53,167
Explanation:
The computation of the depreciation expense under the straight-line method is shown below:
= (Original cost - residual value) ÷ (useful life)
= ($328,000 - $9,000) ÷ (6 years)
= ($319,000) ÷ (6 years)
= $53,167
In this method, the depreciation is same for all the remaining useful life.
The estimated useful life in units is used in units of production method. Hence, it is ignored here.
Answer:
c. 7.98; .92.
Explanation:
My calculations varied slightly (0.02% and 0.01%), but the error might be a rounding error. Option C is the logical answer since the difference is minimum.
real rate returns from stocks:
15% - 2.8% = 12.2%
7% - 2.8% = 4.2%
4% - 2.8% = 1.2%
18% - 2.8% = 15.2%
average real return = 8.2% arithmetic mean
average real return = 8% geometric mean
real rate returns from US T-bills:
6% - 2.8% = 3.2%
3% - 2.8% = 0.2%
2% - 2.8% = -0.8%
4% - 2.8% = 1.2%
average real return = 0.95% arithmetic mean
average real return = 0.93% geometric mean
<span>Using variables helps determine different factors that either positively or negatively effect experiment results. Using a control, something that does not change, allows scientists to change around the variables and monitor their effects on the control.</span>
Answer:
A. True
Explanation:
Manager need to employ their negotiating skill in different areas.
And the subject of negotiation written are all correct
Answer: Economies of scale
Explanation:
Economies of scale occurs when there is a reduction in cost as a result of an increase in production. Economies of scale are the cost advantages which a business can exploit through the expansion of its scale of production. The aim of economies of scale is to lower the average costs of production.
When the car manufacturer diversifies his operation by producing pickup trucks and SUVs, there'll be a reduction in the average unit cost of output. This term refers to Economies of scale.
