Answer: $48.33
Explanation:
Using the Gordon Growth model:
Price of stock = Next year dividend / (Required return - growth rate)
Next year price of stock can be used to calculate year 2 dividend:
53.17 = D₂ / ( 16% - 10%)
53.17 * 6% = D₂
D₂ = $3.19
D₂ = D₁ * ( 1 + growth rate)
3.19 = D₁ * ( 1 + 10%)
D₁ = 3.19/ 1.1
= $2.90
Price of stock today:
= 2.90 / ( 16% - 10%)
= $48.33
Answer:
A. It will stay the same.
Explanation:
The formula to compute the dividend yield is shown below:
= (Annual dividend ÷ market price) × 100
Since in the question, it is given that the expected dividend is growing at the constant growth rate i.e 6.50%, so the expected dividend yield will remain the same in the future.
As it shows a direct relationship between the growth rate and the dividend yield plus the market price is growing at a steady rate
Answer:
$35,000 (inflow)
Explanation:
Net investing cash flows is computed as follows;
Inflow:
Issued common stock $75,000
Sold equipment 40,000
Total $115,000
Less: outflow
Purchased land $60,000
Paid dividends 20,000
Total outflow $80,000
——————
Net investing cash flows $35,000
*positive cash flows (inflow is greater than outflow) will increase the amount cash of the company
*proceeds from the bank classified as financing activity
*paid employees and sold services to customers are fall under operating activities
Answer:
$25
Explanation:
The computation of the price of the preferred stock is shown below:
Price of the preferred stock = Annual dividend ÷ expected rate of return
= $3 ÷ 12%
= $25 per share
Simply we divide the annual dividend by the expected rate of return so that the correct price of preferred stock can be computed
All other information which is given is not relevant. Hence, ignored it
This is the answer and the same is not provided in the given options
Answer:
b) it is impracticable to determine some period-specific effects.
c) it is impracticable to determine the cumulative effect of prior years.
Explanation:
According to the actual normativity these are the two options more consistent with the exercise.
