Answer:
B. $15,556
Explanation:
As given in the question
Face value of bond = $400,000
Carrying value of bond = $388,900
Discount from par value = $11,100
Coupon rate = 3%
Bond yielding rate = 4%
Interest revenue for the year = Carrying value of bond x Bond yielding rate
Interest revenue for the year = 388,900 x 4%
Interest revenue for the year = $15,556
The correct option is B. $15,556.
Answer:
c. $125.00
Explanation:
Let us assume the x for invested in portfolio
Invested proportion × expected return of the optimal portfolio + (1 - invested proportion) × risk free rate = expected return
x × 7% + (1 - x) × 3% = 8%
7% x + 3% - 3% x = 8%
4% x = 5%
X = 1.25
Now the invested amount would be
= 1.25 × $500
= $625
So, the borrowed amount would be
= $625 - $500
= $125
Answer:
$819.98
Explanation:
After making downpayment, the remaining amount is $145,000 - 15000 = $130,000
Using financial calculator:
PV = 130,000
n = 30 years = 360 months
i/r = 6.5%/year = 0.54% / month
FV = 0
PMT = ? (Monthly payment = ?)
--> Monthly payment = $819.98
The answer is d it’s everything a manager does
Answer: Odd first interest payment
Explanation: The Interest paid on the first installment is a odd first Interest payment. Such scenario comes into play when a loan with a fixed installment payment date, which is 6 months in this case (January 1st and July 1st), begins on a date which does not allow the immediate use to f this regular payment schedule. Hence, the odd first Interst payment is adopted in other to enable the lender cove r the initial period before beung able to use the usual regular payment schedule. In this case the odd first Interest schedule is between June 1st to January 1st. After which regular payment schedule commences on July 1st.