Answer:
9.5%
Explanation:
The formula to compute the cost of common equity under the DCF method is shown below:
= Current year dividend ÷ price + Growth rate
In first case,
The current dividend would be
= Last year dividend + last year dividend × growth rate
= $0.80 + $0.80 × 8%
= $0.80 + $0.064
= $0.864
The other things would remain the same
So, the cost of common equity would be
= $0.864 ÷ $57.50 + 8%
= 0.015026 + 0.08
= 9.5%
Answer:
the after tax cost of debt is 3.90 %.
Explanation:
The Cost of debt is the rate required on the bond and this is calculated as follows :
PV = - $2,201
n = 21 × 2 = 42
PMT = ($2,000 × 7.38 %) ÷ 2 = $73.80
P/YR = 2
FV = $2,000
r = ?
Using a Financial Calculator, the Pre-tax Cost of debt, r is 6.4963% or 6.50 % (2 decimal places)
After tax cost of debt = Interest rate × (1 - tax rate)
= 6.50 % × (1 - 0.40)
= 3.90 %
Answer:
D. $490,000
Explanation:
The inventory was valued at first-in, first-out (FIFO) costs and totaled $500,000.
<em>Adjustments:</em>
The goods worth $10,000 (1,000 units x $10 cost) were shipped and billed to a customer meaning that company has already recorded the sales in its income statement therefore they became the property of the customer and should not have been included in the inventory count. The $10,000 should be removed from the inventory recorded bringing the inventory balance at $490,000 ($500,000 - $10,000).
The goods worth $30,000 (6,000 units x $5 cost) will not be included in the total inventory count because the inventory is held on consignment for one of the company's supplier and the ownership of the goods belongs to the consignor (in this case, the supplier) until they are sold. The goods appear in the inventory records of the consignor (in this case, supplier) not the consignee (in this case, the company). In this case, the company has not included the goods in its inventory cost therefore no adjustment is necessary.
An activity's normal time and cost are = 8 and $100 respectively
estimated crash time and cost are = 6 and $160 respectively
Activity's crash cost per unit time = ?
crash cost per unit time = cost slope and,
cost slope = rise/run = (crash cost - normal cost) / (normal time - crash time)
cost slope = (160 - 100) / (8 - 6) = 60 / 2 = $30
so, crash cost per unit time is $30.
