Answer:
the maximum loan size is $1,278,335.62
Explanation:
The computation of the maximum loan size is as follows:
= (NOI first year ÷ debt coverage rate) × 1 ÷ (rate of interest) × (1 - 1 ÷ (1 + rate of interest)^number of years)
= ($150,000 ÷ 1.5) × 1 ÷ (6%) × (1 - 1 ÷ (1 + 6%)^(25))
= $1,278,335.62
hence, the maximum loan size is $1,278,335.62
We simply applied the above formula
Workers at nuclear power plants wear film badges to determine and measure their exposure to radiation. It is important for them to monitor their exposure to ionizing radiation. Through this method, workers can determine whether the radiation levels are already too dangerous or not.
If 35 million tons of emissions permits are auctioned off, compared to each person getting 10 pounds of untradable emissions, it is a. better, because it lowers the cost of emissions abatement.
<h3>Why is it better?</h3>
If everyone got 10 pounds of untradable emission, the amount of emissions would be:
= (10 x 7 billion) / 2,000 pound per ton
= 35 million pounds
This is the same as the total amount of the emission permits but it is still more expensive than issuing permits because those permits are tradable.
Non-tradable permits will mean that some will exceed their permit and will be unable to share their emissions.
Find out more on emission permits at brainly.com/question/5130019.
Answer:
22.64%
Explanation:
Given that
Buyed value of an asset = $4,500
Projected cash flows
For year 1 = $750
For year 2 = $1,000
For year 3 = $850
For year 4 = $6,250
So, the rate of return i.e internal rate of return is
We assume the internal rate of return be X%
$4,500 = $750 ÷ (1.0x) + $1000 ÷ (1.0x)^2 +$850 ÷ (1.0x)^3 + $6,250 ÷ (1.0x)^4
After solving this, the rate of return is 22.64%
the amount transferred from the retained earnings account to the paid-in capital accounts as a result of the stock dividend.