Comparing monthly payments and total costs of two loans
Same formula run twice, then a subtraction. A few tenths of a percent turns into four figures by the end of the term.
A short walkthrough explaining what you need to know and how to solve this question type lands here once it's recorded.
ALEKS randomizes the numbers each attempt, but the question shape stays the same. Here are three example versions you might see.
A $45,000 loan over 5 years. Lender A charges 8.9%, lender B charges 8.2%.
What is lender B's monthly payment? Type just the number.
Same loans: A pays $931.94 a month, B pays $916.75, both for 60 months.
How much less does B pay in total? Type just the number.
A $120,000 loan over 10 years. Lender A charges 7.25%, lender B charges 6.99%.
How much less does B cost in total? Type just the number.
Alicia is taking out an amortized loan for $62,000 to expand her bakery and is deciding between two lenders.
(a) An online lender offers a 7-year loan at 10.9% annual interest. Find the monthly payment.
(b) A credit union offers a 7-year loan at 10.5%. Find the monthly payment.
(c) Over the full term, which lender costs less in total, and by how much?
Do not round intermediate computations. Round answers to the nearest cent.
How many payments?
(a) Online lender, 10.9%
(b) Credit union, 10.5%
(c) What does part (c) actually ask?
(c) By how much?
$12.97 a month is $1,089.48
Four tenths of one percentage point. Thirteen dollars a month. And $1,089.48 by the end of the term.
That is the reason this question is on the exam, and it is the reason people shop lenders instead of taking the first offer. The monthly figure is designed to look negligible; the total is not.
Make sure the final answer lands on the right lender. Getting the amount right and ticking the wrong box scores nothing.