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.
Answer:
Millions of software programs have been created and have helped to improve the economy. This is an
example of___new technology___.
Answer:
The remaining part of the question is given below:
(Note that the subsidy can be granted to the education institutions or to the students directly or indirectly; for example, through low- interest student loans.)
a. P2-P0
b. P2-P1
c. P0-P1
d. P1
<u>Correct Answer:</u>
b. P2-P1
Explanation:
A pigouvian subsidy is a subsidy that is used to encourage behaviour that have positive effects on others who are not involved or society at large. <em>Behaviors or actions that are a benefit to others who are not involved in the transaction are called positive externalities.</em>