Answer:
Using the current capital structure
Ke = Rf + β(Risk premium)
Ke = 5 + 1.60(6)
Ke = 5 + 9.60
Ke = 14.60
Weighted cost of equity
= 14.60(20/100)
= 2.92%
Using the new debt-equity ratio
Ke = 5 + 1.60(6)
Ke = 5 + 9.6
Ke = 14.60%
Weighted cost of equity
Ke = 14.60(60/100)
Ke = 8.76%
Difference in cost of equity
= 2.92% - 8.76%
= -5.8%
Explanation:
There is need to calculate the cost of equity based on capital asset pricing model where Rf represents risk-free rate, Rp denotes risk-premium and β refers to beta. Then, we will calculate the weighted cost of equity by multiplying cost of equity by the proportion of equity in the capital structure. We will also calculate the new weighted cost of equity by multiplying the cost of equity the new proportion of equity in the capital structure. Finally, we will deduct the new weighted cost of equity from the old weighted cost of equity.
Answer:
a) 15.69%
Explanation:
The computation of the expected return is shown below:
= (Current year dividend ÷ current price) + growth rate
where,
Current year dividend = Dividend × ( 1 + dividend growth rate)
= $0.46 × (1 + 14.5%)
= $0.527
And, the other item values remain the same
Now put these values to the above formula
So, the value would be equal to
= ($0.527 ÷ $44.12) + 0.145
= 15.69%
Answer:
Unemployment rate= 0.13= 13%
Explanation:
Giving the following information:
Of these 95 individuals, 75 are in the labor force and 65 are employed.
<u>To calculate the unemployment rate, we need to use the following formula:</u>
<u></u>
Unemployment rate= unmeployed population / labor force
Unemployment rate= 10/75
Unemployment rate= 0.13
Answer:
Monthly deposit= $840.74
Explanation:
Giving the following information:
Number of periods= 26*12= 312 months
Future Value= $1,500,000
Interste rate= 0.11/12= 0.0092
<u>To calculate the monthly deposit, we need to use the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= monthly deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,500,000*0.0092) / [(1.0092^312) - 1]
A= $840.74
Answer:
Option C
Explanation:
In simple words, Horizontal analysis ( also referred to as pattern analysis) is indeed a method for the study of financial records that indicates improvements in the sums of the related products over a span of time. This is a valuable tool for determining pattern circumstances. The reports are being used in horizontal analysis for two different time intervals and is compared on percentage basis.
