Here, the payments will be same every month, so it is an annuity. We will use the present value of annuity formula to calculate the monthly payment:
PVA = P * (1 - (1 + r)-n / r)
where, PVA = Present value of annuity = $7500, P is the periodical amount, r is the rate of interest = 4% compounded monthly, so monthly rate = 4% / 12 = 0.333% and n is the time period = 3 * 12 = 36 months
Now, putting these values in the above formula, we get,
7500 = P * (1 - (1 + 0.333%)-36 / 0.333%)
7500 = P * (1 - ( 1+ 0.00333)-36 / 0.00333)
7500 = P * (1 - ( 1.003333)-36 / 0.00333)
7500 = P * (1 - 0.88709744526) / 0.003333)
7500 = P * (0.11290255473 / 0.003333)
75000 = P * 33.8711051326
P = 7500 / 33.8711051326
P = 221.43
So, monthly payments are of 221.43.
Question 8 5 pts Find the monthly payment to retire a $7500 loan over 3 years,...
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James wants to take out a loan. He can afford to make monthly
payments of 100 dollars and wants to pay the loan off after exactly
30 years.
What is the maximum amount that James can afford to borrow if
the bank charges interest at an annual rate of 8 percent,
compounded monthly?
(Give your answer, in dollars, correct to the nearest
dollar.)
Nicola borrows 60000 dollars from a bank that charges interest
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