Question
Jaden has a part-time job working for a landscaping company. He earns $25 for each lawn-mowing
job, and $20 for each pulling-weeds job. This can be modeled by.
Evaluate and to find how much money Jaden will earn for 4 lawnmowing jobs and six pulling-weeds jobs.
job, and $20 for each pulling-weeds job. This can be modeled by.
Evaluate and to find how much money Jaden will earn for 4 lawnmowing jobs and six pulling-weeds jobs.
Answers
GPT-4o mini
To calculate Jaden's earnings, we can use the equation based on the jobs he does:
Let:
- \( L \) be the number of lawn-mowing jobs.
- \( W \) be the number of pulling-weeds jobs.
Jaden earns $25 for each lawn-mowing job and $20 for each pulling-weeds job.
The total earnings can be represented by the equation:
\[
E = 25L + 20W
\]
Now, if Jaden does 4 lawn-mowing jobs (\( L = 4 \)) and 6 pulling-weeds jobs (\( W = 6 \)), we can substitute these values into the equation:
\[
E = 25(4) + 20(6)
\]
Calculating each part:
\[
E = 25 \times 4 = 100
\]
\[
E = 20 \times 6 = 120
\]
Now, add these two amounts together:
\[
E = 100 + 120 = 220
\]
Therefore, Jaden will earn **$220** for 4 lawn-mowing jobs and 6 pulling-weeds jobs.
Let:
- \( L \) be the number of lawn-mowing jobs.
- \( W \) be the number of pulling-weeds jobs.
Jaden earns $25 for each lawn-mowing job and $20 for each pulling-weeds job.
The total earnings can be represented by the equation:
\[
E = 25L + 20W
\]
Now, if Jaden does 4 lawn-mowing jobs (\( L = 4 \)) and 6 pulling-weeds jobs (\( W = 6 \)), we can substitute these values into the equation:
\[
E = 25(4) + 20(6)
\]
Calculating each part:
\[
E = 25 \times 4 = 100
\]
\[
E = 20 \times 6 = 120
\]
Now, add these two amounts together:
\[
E = 100 + 120 = 220
\]
Therefore, Jaden will earn **$220** for 4 lawn-mowing jobs and 6 pulling-weeds jobs.