Answer:
option (c) $167,597.77
Explanation:
Data provided in the question:
Monthly mortgage payment = $900
Duration of loan, n = 30 years = 360 months
Interest rate = 5%
Monthly rate of interest = 5% ÷ 12 = 0.4167% = 0.004167
Now,
Mortgage loan can he afford
= Monthly mortgage payment × [ (1 - ((1 + r)ⁿ)⁻¹ ) ÷ r ]
= $900 × [ (1 - ((1 + 0.004167)³⁶⁰)⁻¹ ) ÷ 0.05 ]
= $167,597.77
Hence,
The answer is option (c) $167,597.77
Answer:
$1140.28
Explanation:
The computation of the net present value of this investment is shown below:-
= Annual Cash flows × Present Value of Annuity Factor (r , n) - Initial Investment
as
Annual cash flows = $8600
Present Value of Annuity Factor (r , n)
r = 10% and n = 4 years
So, the Present Value of Annuity Factor will be the sum of the present value of 4 years at 10%
For Year 1 = 0.9091
For Year 2 = 0.8264
For Year 3 = 0.7513
For Year 4 = 0.6830
Total = 3.1698
Therefore,
Net Present Value = (Cash inflow × Total) -
Initial Investment
= ($8600 × 3.1698) - $26,120
= $27,260.28 - $26,120
= $1140.28
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Answer:
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