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
Answer:
b. $16,004.17
Explanation:
The bond pays annual interest of 7% over the 3 years. The annuity factor at 7% for 3 years is 2.6243. The amount of bond is divided by annuity factor to calculate the annual payment of bond. The payment includes bond principal repayment and interest payment. The first payment on July 31 will be for $16,004.17.
Answer:
$29.630
Explanation:
For computation of stock price first we need to follow some steps which is shown below:-
Free cash flow = EBIT (1 - T) + Depreciation - Capital expenditure - Working capital
= $450 million + $65 million - $110 million - $30 million
= $375 million
Value of firm = Free cash flow ÷ (WACC - Growth)
= $375 million ÷ (9% - 4.5%)
= $375 million ÷ 0.045
= $8,333.33 million
Value of equity = Value of firm - Value of debt
= $8,333.33 million - $3,000 million
= $5,333.33 million
Stock price = Value of equity ÷ Outstanding shares
= $5,333.33 million ÷ 180 million
= $29.630
One the concepts that economists believe in a classical economy are that "a change in money supply can affect GDP." To add up, a traditional economy mainly bases on original customs and traditions in their economic system, wherein among the common examples of these are rural farms.
Answer:
The answer is 9.85%
Explanation:
The number of periods N = 9years(10 years minus 1 year ago)
Yield to Maturity (I/Y) = ?
Present value of the bond (PV) = $950.70
Future value of the bond(FV) = $1,000
Annual payment (PMT) = $90 (9% x $1,000)
Using a financial calculator to solve the problem ( BA II plus Texas instruments):
Yield to Maturity (I/Y) = 9.85%
