Answer:
the opportunity cost of the land purchase is $34,050
Explanation:
The computation of the opportunity cost of the land purchase is shown below;
= Cash outlay × return percentage
= $227,000 × 15%
= $34,050
Hence the opportunity cost of the land purchase is $34,050
We simply multiplied the cash outlay with the return percentage so the same would be calculated
Answer:
The theory which explains the phenomenon described in the question is referred to as "Dividend Signaling".
Explanation:
When a company announces that is will be paying dividends, stock market players percieve this as an indication of :
- Strenght
- Performance and
- Profitability.
Hence investors will find it more attractive to purchase such a stock.
Cheers!
Answer:
C. $10,000 positive.
Explanation:
The computation of the amount that should be included is shown below:
= (Option strike price - spot rate) × purchased put options
= ($2.17 - $2.13) × 250,000
= $10,000
As the spot rate is less than the strike price so automatically there is a gain of $10,000
Hence, the option c is correct
Answer:
$6,750,000
Explanation:
Since it is stated in the question that the 3mn shares will be paid the principal and interest at maturity, and it is not stated the note is compounded, we apply the following simple calculation:
Amount to pay = $4,500,000 + [($4,500,000 × 10%) × 5 years]
= $4,500,000 + [$450,000 × 5 years]
= $4,500,000 + 2,250,000
Amount to pay = $6,750,000
Therefore, the amount should be paid to the stockholders at the end of the fifth year is $6,750,000.
Answer:
The balance in the Sinking Fund immediately after repayment of the loan will be $2,133.19
Explanation:
Hi, John will pay the loan by paying the yearly interest and the rest is going to go to the sinking fund, so, if he has $1,627.45 and the annual interest of the loan are $1,000, he will be depositing $627.45 into the sinking fund for ten years. Therefore, the future value of the annual deposits of the sinking can be found by using the following formula.
Where:
A = equal annual savings into the sinking fund (that is $627.45)
r = effective rate of the sinking fund (14%)
n = 10 years
Everything should look like this.
Now, this is the balance after 10 years, but remember that John has to pay the loan, which is $10,000 (not $11,000 because John pays the interest of the loan and then deposits the balance into the sinking fund). Therefore, the balance after repaying the loan is $12,133.19 - $10,000 = $2,133.19.
Best of luck.
