Questions: Use PMT = (P(r/n))/(1-(1+(r/n))^(-nt)) to determine the regular payment amount, rounded. The price of a small cabin is 65,000. The bank requires a 5% down payment. The buyer is offered a choice between a 20-year fixed at 8.5% or a 30-year fixed at 8.5%. Calculate the amount of interest paid for each option. How much does the buyer save in interest with the 20-year option?
Find the monthly payment for the 20-year option.
(Round to the nearest dollar as needed.)
Transcript text: Use PMT $=\frac{P\left(\frac{r}{n}\right)}{\left[1-\left(1+\frac{r}{n}\right)^{-n t}\right]}$ to determine the regular payment amount, rounded. The price of a small cabin is $\$ 65,000$. The bank requires a $5 \%$ down payment. The buyer is offered a choice between a 20-year fixed at $8.5 \%$ or a 30-year fixed at $8.5 \%$. Calculate the amount of interest paid for each option. How much does the buyer save in interest with the 20-year option?
Find the monthly payment for the 20-year option.
$\$ \square$
(Round to the nearest dollar as needed.)
Solution
Solution Steps
Step 1: Calculate the Principal (P)
Principal (P) = Home Price - (Down Payment Percentage * Home Price) = 61750
Step 2: Convert Annual Interest Rate to Decimal and Monthly Rate (r/n)