Answer:
check it
Explanation:
Which statement explains why Elie Wiesel most likely wrote All Rivers Run to the Sea as a memoir?
to reveal the traumatic impact the Holocaust had on his life
to persuade world leaders to take action against oppression
to provide a historical account of Poland during World War II
to convince other Holocaust survivors to share their stories
Answer:
2.28%
Explanation:
initial outlay = $119,000 + $12,000 = $131,000
cash flows 1 - 5 = $25,000
Re = 12%
rate of reinvestments = 8%
using a financial calculator, the MIRR = 2.28%
if you want to calculate MIRR manually, you must solve the following:
MIRR = ⁿ√(future value of cash flows at reinvested rate / present value of negative values discounted at financing rate) - 1
- n = 5
- future value of cash flows at reinvested rate = $25,000 x 5.8666 (FV annuity factor) = $146,665
- present value of negative cash flows = $131,000
MIRR = ⁵√($146,665 / $131,000) - 1 = 1.0228 - 1 = 0.0228 = 2.28%
a) Yes, $67 exceeds the loss—minimizing output.
Using the MR
They will produce 9 units.
Profits per unit = $67 - $50 = $17
Total profit =
$153.
(b) Yes, $42 exceeds the loss—minimizing output.
Using the MR
They will produce 6 units
Loss per unit is = $42 - $47.50 = $5.50
Total loss = $33 (= 6 x $5.50), which is less than the total fixed cost of $60.
c) No, because $33 is less than AVC. If it did produce, the quantity will be 4—By producing 4 units, it would lose $78 [= 4 ($33 - $52.50)]. and if they didn't produce, it would lose only the total fixed cost of $60.
Answer:
A decision under uncertainty is a decisional problem.
Answer:
All of the above are true.
Explanation:
The law of diminishing returns was first formulated by the classic economist David Ricardo. It presupposes a technical relationship between input and output, which is not scientifically demonstrable but only empirically. In practice, in a generic production system, at any contribution of any factor, that is, land, labor, capital, machines, etc. there is no proportionally increasing production increase.
Normally it is assumed that the law does not always come into operation but only when the variable input exceeds a certain threshold. For example, the increase of workers on an assembly line certainly allows a proportional increase in production, but only until the entire system begins to suffer from malfunctions due to logistics or work organization, precisely because of the its getting bigger. Large industrial plants have shown that they must be divided into sections, however coordinated, precisely because of the decreasing returns. This is because the increase in the number of workers and the mass of the plants does not correspond to a consequent increase in production.
