A year has two semesters, then
n = 2<span>v(t)=p<span><span>(<span>1+<span>r/2</span></span>)</span><span>2t
</span></span></span><span>
3875.79 = 1900∗<span><span>(<span>1+(<span>0.04/2)</span></span>)^</span><span>2t
</span></span></span><span>
2.0398895 = <span><span>(<span>1+<span>0.042</span></span>)^</span><span>2t
</span></span></span>Apply natural logarithm on both sides
<span>ln(2.0398895) = ln<span>[<span><span>(<span>1+<span>0.042</span></span>)^</span><span>2t</span></span>]
Then simplify,
</span></span><span>0.712896 = 2t∗ln(1.02)
</span><span>t = <span>0.712896 / (<span>2∗ln(1.02))
</span></span></span><span><span>
t=18 years
I hope my answer helped you. Have a nice day!</span></span>
Question:
If the marginal product of capital net depreciation equals 8 percent, the rate of growth of population equals 2 percent, and the rate of labor-augmenting technical progress equals 2 percent, to reach the Golden Rule level of the capital stock, the ____ rate in this economy must be _____.
A) saving; increased
B) population growth; decreased
C) depreciation; decreased
D) total output growth; decreased
Answer
The correct answer is A) <u>Saving</u> rate of the economy must be i<u>ncreased</u> in order for the economy to reach the Golden Rule Level of the Capital Stock.
Explanation
Golden Rule Level of the Capital Stock is the level at which
MPK = δ,
Where MPK is Marginal Product; and δ the depreciation rate;
so that the marginal product of capital equals the depreciation rate.
In the Solow growth model, a <em>high saving rate results in a large steady-state capital stock and a high level of steady-state output.</em> A low saving rate results to a small steady state capital stock and a low level of steady-state output. Higher saving leads to faster economic growth only in the short run. An increase in the saving rate raises growth until the economy reaches the new steady state. That is, if the economy retains a high saving rate, it will also maintain a large capital stock and a high level of output, but it will not maintain a high rate of growth forever .
Answer:
The inspecting costs should be allocated to the Basic model using ABC costing is $30,600
Explanation:
The computation of the inspecting cost is shown below:
= Total number of basic model inspection + the total number of inspection
where,
Total number of basic model inspection equals to
= Number of units produced ÷ every units produced
= 3,400 units ÷ 100
= $34
And, the total number of inspection equals to
= Total inspection cost ÷ number of inspection
= $84,600 ÷ $94
= 900
The number of inspection includes
= total number of basic model inspection + the total number of luxury model inspection
= $34 + $60 (600 units ÷ 10)
Now put these values to the above formula
So, the value would equal to
= 900 × $34
= $30,600
Answer:
Options includes the followings: Relevance, Faithful representation, Predictive value, Confirmatory value, Comparability, Completeness, Neutrality, Timeliness.
a. Quality of information that permits users to identify similarities in and differences between two sets of economic phenomena. select a qualitative characteristic.
Qualitative characteristics: Comparability
b. Having information available to users before it loses its capacity to influence decisions.
Qualitative characteristics: Timeliness
c. Information about an economic phenomenon that has value as an input to the processes used by capital providers to form their own expectations about the future.
Qualitative characteristics: Predictive Value
d. Information that is capable of making a difference in the decisions of users in their capacity as capital providers.
Qualitative characteristics: Relevance
e. Absence of bias intended to attain a predetermined result or to induce a particular behavior.
Qualitative characteristics: Neutrality
The step transforms the item toward completion (something changes)
The step is done right the first time (not a rework step)
The customer cares (or would pay) for the step to be done.
