Write an equation for the linear function and use it to answer the given question.
-You can purchase a motorcycle for $7101 or lease it for a down payment of $783 and $243 per month. Find an equation that describes how the cost of the lease depends on time. How long can
You lease the motorcycle before you've paid more than its purchase price.
A) $\mathrm { L } = 783 + 243 \mathrm {~m} ; 26$ months
B) $L = 783 + 243 \mathrm {~m} ; 32$ months
C) $L = 783 - 243 m ; 32$ months
D) $\mathrm { L } = 783 - 243 \mathrm {~m} ; 26$ months

Question

Write an equation for the linear function and use it to answer the given question.
-You can purchase a motorcycle for $7101 or lease it for a down payment of $783 and $243 per month. Find an equation that describes how the cost of the lease depends on time. How long can
You lease the motorcycle before you've paid more than its purchase price. 
A) $\mathrm { L } = 783 + 243 \mathrm {~m} ; 26$ months
B) $L = 783 + 243 \mathrm {~m} ; 32$ months
C) $L = 783 - 243 m ; 32$ months
D) $\mathrm { L } = 783 - 243 \mathrm {~m} ; 26$ months

Quizplus · Accepted Answer

The cost of leasing the motorcycle is represented by the equation $L = 783 + 243m$, where $783$ is the down payment, $243$ is the monthly payment, and $m$ is the number of months. To find when the lease cost exceeds the purchase price, set $7101 = 783 + 243m$ and solve for $m$, which gives $m = 26$ months.

Write an Equation for the Linear Function and Use It L=783+243 m;26\mathrm { L } = 783 + 243 \mathrm {~m} ; 26L=783+243 m;26

Write an Equation for the Linear Function and Use It $\mathrm { L } = 783 + 243 \mathrm {~m} ; 26$