Answer:
Interest expense = $20,000
Explanation:
<em>Loan Amortization: A loan repayment method structured such that a series of equal periodic installments will be paid for certain number of periods to offset both the loan principal amount and the accrued interest. </em>
The annual installment is computed as follows:
Annual installment= Loan amount/annuity factor
Annual installment is already given as = 37,258 (already given)
Interest payment = interest rate × Loan balance at the beginning of the year
DATA
Interest rate = 8%
Loan balance at the beginning of the year = $250,000
Interest expense = 8%× 250,000 = $20000
Principal paid = Annual installment - Interest = 37,258-20,000 = 17,258 <em>(this is not required but to explain the concept)</em>
Interest expense = $20,000
Explanation:
The cumulative increase in your portfolio for a 25 years is
4% annually * 25 years = 100% — if you received a basic profit (without composition).
The cash would then double.
Your capital would multiply more rapidly than it does with simple interest with compounding interest and would thus take less than 25 years to double.
Amount of money deposited in the two accounts is 80% of 7500$.
Amount of money in the two accounts = 0.8 * 7500 = 6000$
Now assume that the amount deposited in CD account is m and the amount deposited in the saving bond is n.
m + n = 6000
Therefore: m = 6000 - n ................> equation I
Now we write another equation expressing the savings:
0.04m + 0.07n = 360 ............> equation II
Substitute with equation I in equation II:
0.04 (6000-n) + 0.07n = 360
240 - 0.04n + 0.07n = 360
0.03n = 120
n = 4000 $
Substitute with n in equation I to get the value of m as follows:
m = 6000 - n = 6000 - 4000 = 2000
Based on these calculations:
The amount of money deposited in the CD = 2000$
The amount of money deposited in the saving account = 4000$
Answer:
c. $74,450
Explanation:
The computation of the Net present value is shown below
= Present value of all yearly cash inflows after applying discount factor + salvage value - initial investment
where,
The Initial investment is $120,000
All yearly cash flows would be
= Annual net operating cash inflows × PVIFA for 6 years at 14%
= $50,000 × 3.8887
= $194,435
Refer to the PVIFA table
Now put these values to the above formula
So, the value would equal to
= $194,435 - $120,000
= $74,435 approx
D sounds like the best answer
