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Questions and Answers
What is the total distance the student rode on Monday?
What is the total distance the student rode on Monday?
- 15 miles
- 5 miles
- 10 miles
- 8 miles (correct)
If the student rode $m$ miles each day from Tuesday to Friday, what is the total distance formula for the 5 days?
If the student rode $m$ miles each day from Tuesday to Friday, what is the total distance formula for the 5 days?
- $8 + 5m$
- $8 + 4m$ (correct)
- $4 + m$
- $5 + 8m$
Which inequality correctly represents the total distance the student rode being fewer than 30 miles?
Which inequality correctly represents the total distance the student rode being fewer than 30 miles?
- $8 + 4m eq 30$
- $8 + 4m < 30$ (correct)
- $8 + 4m > 30$
- $8 + 4m ext{ is approximately } 30$
What is the maximum possible value of $m$ when the total distance is fewer than 30 miles?
What is the maximum possible value of $m$ when the total distance is fewer than 30 miles?
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If the maximum value for $m$ is $4$, how many miles did the student ride in total?
If the maximum value for $m$ is $4$, how many miles did the student ride in total?
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Study Notes
Problem Setup
- The student rode a total of fewer than 30 miles in 5 days.
- On Monday, the student rode 8 miles.
- From Tuesday to Friday, the student rode m miles each day.
Inequality Representation
- The total distance ridden from Tuesday to Friday is 4m.
- The total distance ridden over all 5 days is 8 + 4m.
- Since the total distance is less than 30 miles, the inequality representing the possible values of m is: 8 + 4m < 30.
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