if a bus driver leaves her first stop by 7:00 a.m., her route will take less than 37 minutes. if she leaves…

if a bus driver leaves her first stop by 7:00 a.m., her route will take less than 37 minutes. if she leaves after 7:00 a.m., she estimates that the same route will take no less than 42 minutes. which inequality represents the time it takes to drive the route, r?\n\no r < 37 or r ≥ 42\no r < 37 or r > 42\no 37 < r ≥ 42\no 37 > r ≥ 42

if a bus driver leaves her first stop by 7:00 a.m., her route will take less than 37 minutes. if she leaves after 7:00 a.m., she estimates that the same route will take no less than 42 minutes. which inequality represents the time it takes to drive the route, r?\n\no r < 37 or r ≥ 42\no r < 37 or r > 42\no 37 < r ≥ 42\no 37 > r ≥ 42

Answer

Explanation:

Step1: Analyze early - departure time

If the bus driver leaves by 7:00 a.m., the route takes less than 37 minutes. This can be written as $r < 37$.

Step2: Analyze late - departure time

If the bus driver leaves after 7:00 a.m., the route takes no less than 42 minutes (i.e., 42 minutes or more). This can be written as $r\geq42$.

Step3: Combine the two conditions

Since it's either an early - departure situation or a late - departure situation, the combined inequality is $r < 37$ or $r\geq42$.

Answer:

$r < 37$ or $r\geq42$ (corresponding to the first option in the multiple - choice)