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John takes out a loan of $11,000 that charges 7% interest compounded monthly. If John makes $100 monthly payments, determine how long it will take him to pay off the loan. Round your answer up.

John will pay off the $11,000 loan after ________ months.
a) 138 months
b) 140 months
c) 142 months
d) 144 months

User Azzaxp
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1 Answer

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Final answer:

To find out how long it will take to pay off an $11,000 loan with 7% interest compounded monthly and $100 monthly payments, one would use the present value of an annuity formula, but the exact calculation requires a financial calculator or appropriate software.

Step-by-step explanation:

The question asks about the time period required to pay off a loan with a given interest rate and monthly payment. To determine how long it will take John to pay off an $11,000 loan at 7% interest compounded monthly, with $100 monthly payments, we need to apply the formula for the present value of an annuity, taking into account the effect of compound interest. However, since this involves a complex calculation that cannot be easily done by hand, one would typically use a financial calculator or software to determine the exact number of months needed to pay off the loan.

Without the actual calculation, we cannot specify the correct answer among the given options (a) 138 months, (b) 140 months, (c) 142 months, or (d) 144 months. It's crucial to note that a higher interest rate and lower monthly payment would generally increase the time needed to fully repay the loan, whereas higher monthly payments or a lower interest rate would decrease it. The accumulated compound interest can significantly alter the total repayment amount over time.

User Samer Buna
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