Answer:
Longly will receive $1,817.43 from selling the bond.
Explanation:
As the coupon rate is 8%; we have annual coupon payment = 2,000 x 8% = $160.
The price of the bond Longly will receive is equal to the present value of 20 annual coupon payment plus the present value of $2,000 face value repayment in 20 years time; with the two streams of cash flow discounting at the market rate at the date of issuing 9%; which is calculated as:
[ ( 160/9%) x [ 1 - 1.09^(-20) ] ] + ( 2,000 / 1.09^20 ) = $1,817.43.
So, the answer is $1,817.43.
a. The amount that will go to the preferred stockholders is $400,000.
b. The amount of the declared dividend that will be available for common stock dividends is $200,000 ($600,000 - $400,000).
Data and Calculations:
Cumulative Preferred Stock Outstanding = 100,000 shares
Dividends per share = $2
Cumulative Preferred Dividend last year = $200,000 (100,000 x $2)
Preferred Dividend this year = $200,000 (100,000 x $2)
Total preferred dividend to be paid this year = $400,000
Thus, the Preferred Stockholders will be paid $400,000 ($200,000 for last year and $200,000 for this year).
Learn more: brainly.com/question/24297088
Answer:
The correct answer is letter "B": integration.
Explanation:
Advertising integration refers to bundling all mediums of communication possible business can use to promote its goods or services. This strategy reinforces the firm market position by repeating its advertising message constantly creating consistency and reducing the stress of having to create a different marketing approach for each advertising channel.
Answer:
1. Inside the dorm room, the movies are <em>Non-Rival</em> which means that one person can watch the movie and it will not diminish the ability of others to watch as well.
Also as they are all in the same dorm, the showing of the movie is <em>Non-Excludable</em> as well because no one can stop the other from watching.
Public good is both Non-Rival and Non-Excludable so the showing of a movie IS a public good.
2.
Musashi Sean Bob Eric Total Willingness to pay
10 9 8 3 30
8 7 6 2 23
6 5 4 1 16
4 3 2 0 9
2 1 0 0 3
The optimal number of movies that can be rented is dependent on their total willingness to pay. If their Total willingness to pay for the movie is above $8 which is the cost of a movie, then they will get it. From the table, the fifth movie is below the price of $8 so they <u>should rent 4 movie</u>s.
3. If they rent 4 movies and there are 4 of them then the cost per person is;
= (8 *4)/4 people
= 24/4
= $8
This means that each roommate will pay <u>$8</u>.
Answer:
The payback period for Silva Inc. is 3 years. If considering only this method of evaluating projects, Silva Inc will invest in project A and dismiss project B.
Payback period A=2,1539 years.
Payback period B= 3,0042 years
Explanation:
The payback period refers to the amount of time it takes to recover the cost of an investment. The payback period is the length of time an investment reaches a breakeven point.
<u>Cash Flow A:</u>
$
I0= - 70.000
1= 28000 = -42000
2= 38000 = -4000
3= 26000 = 22000
Payback period= full years until recovery +
unrecovered cost beginning year/Cashflow during year
Payback period A= 2 + (4000/26000)= 2,1539 years.
<u>Cash Flow B:</u>
$
I0= -80000
1= 20000 = -60000
2= 23000 = -37000
3= 36000 = -1000
4= 240000 = 239000
Payback period B= 3 + 1000/240000= 3,0042 years
<u>The payback period for Silva Inc. is 3 years. If considering only this method of evaluating projects, Silva Inc will invest in project A and dismiss project B. </u>
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