Answer:
a-1. We have:
Recession EPS = $1.49
Normal EPS = $2.13
Expansion EPS = $2.45
a-2. We have:
Recession percentage change in EPS = -30.00%
Expansion percentage change in EPS = 15.00%
b-1. We have:
Recession EPS = $1.12
Normal EPS = $1.76
Expansion EPS = $2.08
b-2. We have:
Recession percentage change in EPS = -36.36%
Expansion percentage change in EPS = 18.18%
Explanation:
Note: See the attached excel file for the calculations of the EPS and the percentage changes in EPS.
From the attached excel file, we have:
a-1. Calculate earnings per share (EPS) under each of the three economic scenarios before any debt is issued.
Recession EPS = $1.49
Normal EPS = $2.13
Expansion EPS = $2.45
a-2. Calculate the percentage changes in EPS when the economy expands or enters a recession.
Recession percentage change in EPS = -30.00%
Expansion percentage change in EPS = 15.00%
b-1. Calculate earnings per share (EPS) under each of the three economic scenarios assuming the company goes through with recapitalization.
Recession EPS = $1.12
Normal EPS = $1.76
Expansion EPS = $2.08
b-2. Given the recapitalization, calculate the percentage changes in EPS when the economy expands or enters a recession.
Recession percentage change in EPS = -36.36%
Expansion percentage change in EPS = 18.18%
Answer:
are there options? if so can you tell me
<span>This would be her frontal lobe. This part of the brain is responsible for higher-order thinking and rational decision-making. Neural network growth is expansive at early ages, with children being able to make decisions for themselves that show signs of being rational and thought-out.</span>
Hi.
I think the answer is the idea of opportunity cost.
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Answer:
2.87%.
Explanation:
The total return, also refer to as Nominal return or Money return, is based on the nominal interest rate. For example, let's say that you deposited $100 into a bank account and the bank offers you an annual return of 11%. This 11% is the stated interest rate, it is known as nominal interest rate, and it is rate before taking into account the effect of inflation. When we deduct the effect of inflation from nominal rate, it gives us the real rate. Real rate reflects the Purchasing Power. The Fisher equation will be used to determine the expected inflation rate. The Fisher equation is as follows:
(1 + i ) = (1 + r) * (1 + h)
where
i = Nominal (Money) rate
r = Real rate
h = Inflation rate
Simply adjust the equation to calculate the inflation rate;
⇒ h = [(1 + i) / (1 + r)] - 1
OR h = [(1 + .11) / (1 + .079)] - 1 = 2.87%.
