Answer: True, unless you're on your own it kinda does, considering bills, financial stuff, etc.
Answer:
B. Δk = sf(k) – (δ + n)k.
Explanation:
The Solow Growth Model, developed by Robert Solow, a Nobel Prize winning economist. It was the first neoclassical growth model which was was built upon the Keynesian Harrod-Domar model. The modern theory of economic growth is given by the Solow Model.
The equation below gives us the change in capital stock per worker with population growth at rate n;
Δk = sf(k) – (δ + n)k.
Where k: capital stock per worker in period t
s: savings rate
δ: rate of depreciation of capital
n: labor or number of workers
sf(k): savings per capita multiplied by a fraction of income saved.
The question "Who has the greatest need?" must be considered by the society when deciding for whom to produce on a potentially scarce or limited resource.
<h3>What is the
whom to produce?</h3>
As part of an economic problem, this refers to problem of distribution of final product.
Thus, the question "Who has the greatest need?" must be considered by the society when deciding for whom to produce while deciding who to produce a potentially scarce or limited resource for.
Read more about for whom to produce
<em>brainly.com/question/17332480</em>
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Answer:
$730 and 3.53%
Explanation:
Given that
Initial Price = $103.39
Ending Price = $106.69
Dividend Paid = $0.35
Number of Shares owned = 200
The computation of the dollar return and the percent return is shown below:
Dollar return is
= [0.35 + ($106.69 - $103.39)] × 200
= $730
And, the percentage return is
= $730 ÷ (200 × $103.39)
= 3.53%
Answer:
what we want to tell about ?or your question is not proper type it full and proper .
I can't understand what you want to ask ?
