Answer:
Introduction
The body of the letter is usually divided into the three paragraphs (one is the introduction, then supporting details, then conclusion of topic).
Answer: $403.20
Explanation:We use a mortgage calculator to calculate the interest paid in the final payment. Since each repayment is made at the end of year, the repayments are annual payments. So, the calculator should have an annual amortization schedule to solve the problem.
I used
http://www.calculator.net/loan-calculator for the calculation because it has an annual payment schedule. Then, I went under the subtitle
Paying Back a Fixed Amount Periodically because the payments are equal. In that online calculator, I just input these data:
- Loan Amount: $12,000
- Loan Term: 4 (Loan term is number of years to pay the loan)
- Interest Rate: 11.5%
- Compound: Annually (APY)
- Pay Back: Every year
Then, I clicked the
calculate button and view amortization table. The annual amortization schedule is attached in this answer.
To determine the interest paid at the final payment, I looked at payment #4 because the final payment is at the 4th year. (The loan is paid in 4 annual payments).
As seen in the attached image, the interest paid in payment #4 is $403.20. Hence, the interest paid in the final payment is
$403.20.
The Ozark Bike Company recently entered into an agreement with a large Japanese retailer to distribute its bicycles in Japan. Ozark Bike Company sees itself in a favorable position because the yen is stronger in most of the time over the U.S. dollar. When the yen is stronger than the U.S. dollar, it's cheaper for Japanese customers to buy the U.S. products. This type of agreement should lead to more sales for the Ozark Bike Company which means their profits will in-turn be higher. Not only will profits rise, so will awareness of the product and help grow the Ozark Bike brand.
Answer:
Option C Policies designed to increase efficiency may decrease equity.
Explanation:
The reason is that the company if the company wants to increase its efficiency then it will have to invest in the operations that will increase its efficiency. This investment will come from raising finance either from the issuance of shares or borrowing money. So this means policies designed to increase efficiency requires investment so the option C is what the explanation is saying.
Answer:
The correct option is a. $61.25.
Explanation:
Note: The correct cost function of the farmer is as follows:
C(Q) = 0.05Q^2 ……………….. (1)
Differentiating equation
MC = C’(Q) = 0.1Q
P = Expected price = (25% * $3) + (50% * $3.50) + (25% * $4) = $3.50 ……. (2)
Since profit is maximized when MC = P, we equate equations (1) and solve for Q which is the expected profit-maximizing quantity as follows:
0.1Q = 3.50
Q = 3.50 / 0.1 = 35
Substituting Q = 35 into equation (1), we have:
C(Q) = 0.05 * 35^2 = $61.25
R(Q) = Maximum expected revenue = P * Q = $3.50 * 350 = $122.50
The farmer's maximum expected profit = R(Q) - C(Q) = $122.50 - $61.25 = $61.25
Therefore, the correct option is a. $61.25.