Answer:
10.92%
Explanation:
The formula and the computation of the estimated cost of equity capital is shown below:
Stock price = Next year dividend ÷ (cost of equity - expected dividend growth rate)
We assume the cost of equity be X
$34 = $3.10 ÷ (cost of equity - 1.8%)
$34 X - $34 × 1.8X = $3.10
After solving this,
The cost of equity would be 10.92%
Answer:
Instructions are listed below.
Explanation:
Giving the following information:
The sales budget for the year shows 50,600 units and total sales of $2,317,800.
The total unit cost of making one unit of sales is $22.
Selling and administrative expenses are expected to be $304,000.
Income taxes are estimated to be $270,180.
Income statement:
Sales= 2,317,800
COGS= (22*50,600)= (1,113,200)
Gross profit= 1,204,600
Selling and administrative= (304,000)
Tax= (270,180)
Net operating profit= $630,420
Answer:
b. one Dollar can buy 0.738 Euros
Explanation:
Given that
The Current Exchange rate is
= $1.335 ÷ 0.738 Euro
The 0.738 represents the indirect exchange rate now transform it into direct exchange rate
Direct Exchange rate is
= $1 ÷ 0.738 Euro
= $1.3550
Now bid price for purchase one euro is $1.335 and ask price to purchase one euro is $1.355
But the person could purchased at ask price only
Therefore the option b is correct
Answer:
Coupon (R) = 6.8% x 10,000 = $680
Face value (FV) = $10,000
Number of times coupon is paid in a year (m) = 2
No of years to maturity = 8 years
Yield to maturity (Kd) = 8% = 0.08
Po = R/2(1- (1 + r/m)-nm) + FV/ (1+r/m)n
m
r/m
Po = 680/2(1-(1+0.08/2)-8x2) + 10,000/(1 + 0.08/2
)8x2
0.08/2
Po = 340(1 - (1 + 0.04)-16) + 10,000/(1 + 0.04)16
0.04
Po = 340(1-0.5339) + 10,000/1.8730
0.04
Po = 3,961.85 + 5,339.03
Po = $9,300.88
Explanation:
The current market price of a bond is a function of the present value of semi-annual coupon and present value of the face value. The present value of semi-annual coupon is obtained by multiplying the coupon by the present value of annuity factor at 8% for 8 years. The present value of face value is obtained by discounting the face value at the discount factor for 8 years. The addition of the two gives the present value of the bond. All these explanations have been captured by the formula.
