Answer:
The profit margin earned if each unit requires two machine-hours is 25%
Explanation:
For computing the profit margin, first, we have to compute the estimated overhead rate per unit which is shown below:
Estimated Overhead rate = (Estimated manufacturing overhead costs) ÷ (estimated machine hours)
= ($240,000) ÷ (40,000 machine hours)
= $6
Now the profit per margin would equal to
= Selling price per unit - direct cost per unit - overhead cost per unit × number of required machine hours
= $20 - $3 - $6 × 2
= $5
Now the profit margin would equal to
= (Profit per unit) ÷ (selling price per unit) × 00
= ($5 ÷ $20) × 100
= 25%
Answer:
When the bond is sale at premium, it means the market rate is lower than coupon rate. So investor purchase the bond a higher price until the bond yield equal the market rate
If sold at discount, the market rate is higher than coupon rate. This means it's sold below face value to increase the bond yield to market rate.
YTM if market price is 887 = 10.7366190%
YTM if market price is 1,134.2= 7.1764596%
Explanation:
For the YTM we can calculate an estimated using the following formula:
Where:
C= coupon payment 1,000 x 9% = 90
F= face value of the bonds = 1000
P= market price = 887
n= years to maturity = 10
YTM = 10.7366190%
C= 90
F= 1000
P= 1134.2
n= 10
YTM = 7.1764596%
A more precise answer can be achieve using excle or a financial calculator.
Answer:
Select the answer that best describes the strategies in this game.
- Both companies dominant strategy is to add the train.
Does a Nash equilibrium exist in this game?
- A Nash equilibrium exists where both companies add a train. (Since I'm not sure how your matrix is set up I do not know the specific location).
Explanation:
we can prepare a matrix to determine the best strategy:
Swiss Rails
add train do not add train
$1,500 / $2,000 /
add train $4,000 $7,500
EuroRail
do not add train $4,000 / $3,000 /
$2,000 $3,000
Swiss Rails' dominant strategy is to add the train = $1,500 + $4,000 = $5,500. The additional revenue generated by not adding = $5,000.
EuroRail's dominant strategy is to add the train = $4,000 + $7,500 = $11,500. The additional revenue generated by not adding = $5,000.
A Nash equilibrium exists because both companies' dominant strategy is to add a train.
Answer:
Neither
Explanation:
The internal rate of return is a capital budgeting method that is used to determine the profitability of a project.
Internal rate of return is the discount rate that equates the after-tax cash flows from an investment to the amount invested
The decision rule when using the internal rate of return is to undertake the project if the internal rate of return is greater than the required return of the project. If this is not met, the project should be rejected.
If choosing between multiple projects, the decision rule is to choose the projects with the highest internal rate of return. This is because that project would be the most profitable.
Neither of the project should be selected because the IRR of both projects is less than their required returns
