Answer:
A) The issuance of bonds on December 31, 2016.
Dr Cash 104,031
Cr Bonds payable 96,000
Cr Premium on bonds payable 8,031
B) The first interest payment on June 30, 2017.
Dr Interest expense 3,517
Dr Premium on bonds payable 803
Cr Cash 4,320
C) The second interest payment on December 31, 2017.
Dr Interest expense 3,517
Dr Premium on bonds payable 803
Cr Cash 4,320
Answer:
$1,295.03
Explanation:
To find the answer, we will use the present value of an annuity formula:
PV = A ( 1 - (1 + i)^-n) / i
Where:
- PV = Present Value of the investment (in this case, the value of the loan)
- A = Value of the Annuity (which will be our incognita)
- i = interest rate
- n = number of compounding periods
Now, we convert the 7.9 APR to a monthly rate. The result is a 0.6% monthly rate.
Finally, we plug the amounts into the formula, and solve:
75,500 = A (1 - (1 + 0.006)^-72) / 0.006
75,500 = A (58.3)
75,500 / 58.3 = A
1,295.03 = A
Thus, the monthly payments of the car loan will be $1,295.03 each month.
Answer:
Due to organizational loyalty
Explanation:
In simple words, an individual who is committed to their work or organization will still work at his or her best if even if they are not very satisfied with the their current conditions. This is due to the loyalty that they develop over time. These strong feelings somehow force them to give their best and make them realize that this is not a permanent situation and things will change in future.
Answer:
$1,800
Explanation:
Here Decrease or increase can be calculated as under:
Increase in Revenue $15,000
Increase in Variable Cost (72k / 100k * $15,000) ($10,800)
Increase in Promotional Cost <u> ($6,000) </u>
Net Operating Income Decrease ($1,800)
Hence the decrease in Net Operating Income would be by $1,800.
Note: As the complete question is not provided and is not found online, almost similar question was picked from the internet. So make sure you account for of the differences.
The Numerical section of the question is given as under:
