Answer:
-2.23%
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
= $0.85 + $0.85 × 5%
= $0.85 + $0.0425
= $0.8925
The other things would remain the same
So, the cost of common equity would be
= $0.8925 ÷ $20 + 5%
= 0.044625 + 0.05
= 9.46%
In second case,
The price would be $40
The other things would remain the same
So, the cost of common equity would be
= $0.8925 ÷ $40 + 5%
= 0.0223125 + 0.05
= 7.23%
The difference would be
= 7.23% - 9.46%
= -2.23%
Answer:
Year Cash Flow (A) Cash Flow (B)
0 -37,500 -37,500
1 17,300 5,700
2 16,200 12,900
3 13,800 16,300
4 7,600 27,500
1) Using an excel spreadsheet and the IRR function:
IRR project A = 20%
IRR project B = 19%
2) Using the IRR decision rule, Bruin should choose project A.
3) In this case, since the length of the projects is only 4 years, then there should be no problem with the IRR decision rule, but for projects with longer time lengths, the discounts rates might vary and the best option is to use the modified internal rate of return (MIRR). But in this case the NPV of project B is higher, then Bruin should probably project B because it has a higher NPV. The NPV is always more important then the IRR.
4) Again using an excel spreadsheet and the NPV function:
NPV project A = $6,331
NPV project B = $8,139
5) first we must subtract cash flows from A by the cash flows from B:
1 $11,600
2 $3,300
3 -$2,500
4 -$19,900
then we calculate the IRR = 16%
Bruin should be indifferent between the two projects at a 16% discount rate. That means that at discount rates above 16%, you should choose project A, but at discount rates below 16%, you should choose project B
Answer:
a. inelastic
Explanation:
<em>As you can see in the image I added, the curve that is close to a vertical is the inelastic one.</em> Inelastic means that the demand remains the same even if the prices go up or down.
I hope you find this information useful and interesting! Good luck!
Answer:
$3,860
Explanation:
<u>Value of stock at the end of Firm T:</u>
Firm T has stock of 20 tires at the end of the year
The cost price is $28 per tire
Value = Closing stock * Cost price of each tIres
Value = 20 * $28
Value = $560
<u />
<u>Value of stock at the end of Firm B:</u>
Firm B has stock of 10 bicycles at the end of the year
The cost price is $330 each
Value = Closing stock * Cost price of each bicycle
Value = 10 * $330
Value = $3,300
Value of the inventory investment = Value of stock at the end of Firm T + Value of stock at the end of Firm B
Value of the inventory investment = $560 + $3,300
Value of the inventory investment = $3,860
