Paying $46.50 monthly, a financial calculator says it will take 30 months to pay off the loan.
Paying $71.00 monthly, it will take 19 months to pay off the loan.
Making the higher payment, Drew can pay off his loan 11 months sooner.
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If you solve the amortization formula for n, the number of payments, you get
... n = -log(1-(Pi/A))/log(1+i)
where P is the principal value of the loan (1250), i is the monthly interest rate (.007), A is the monthly payment (46.50 or 71.00).
Answer:
two to the power of one multiply by two hundred twenty seven to the power of one.
Step-by-step explanation:
456÷2=227
227 can not be divided any further so it would be two to the power of one multiply by two hundred twenty seven to the power of one.
You are supposed to find prime factorization by dividing the number by prime numbers.
Answer:
28.57
Step-by-step explanation
12/42=.2857 x 100=28.57 hope i helped! please mark brainliest!
There aren’t any options, use a picture?