Answer:
Option B. house B; monthly payment of $1,550.89 is the correct answer.
Explanation:
In order to calculate the highest payment Pete can afford we have to subtract his expenses from his housing budget.
Given
Total housing budget = $2250
Monthly costs = $215.75
Utilities = $143.50
Taxes = $273
First all expenses can be added together to subtract from the housing budget.
So
![Monthly\ costs = Insurance\ +\ Utilities\ +\ taxes\\ = \$215.75 + \$143.50 + \$273\\= \$632.25](https://img.qammunity.org/2021/formulas/mathematics/college/73mcyrf6y0etozbxk30irg6p2zkop9cpli.png)
Now the total monthly cost will be subtracted from housing budget.
![Amount\ for\ monthly\ payment = Housing\ budget - Monthly\ Expenses\\=\$2250\ -\ \$632.25\\=\$1617.75](https://img.qammunity.org/2021/formulas/mathematics/college/pzu353czjzkt8n7qc8cvr7sold192le513.png)
Hence, he saves $1617.75 for monthly payment.
Looking at the options, C and D will be ruled out as both the quantities are greater than 1617.75
Option A and B both are smaller than 1617.75 but as $1,550.89>$1,327.18, Option B is the highest monthly payment Pete can afford.
Hence,
Option B. house B; monthly payment of $1,550.89 is the correct answer.