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Solving a Real-World Inequality
Samuel is running a 3-mile race. He would like to finish the race in under 33 minutes. He has already run for 10.5
minutes. The inequality 10.5 +X< 33 represents the situation.
Solve the inequality. How is the solution interpreted in the context of the problem?
O x< 22.5; Sam hasa maximum of 22.5 minutes left to finish running.
Ox<22.5; Sam has fewer than 22.5 minutes left to finish running.
O x>43.5; Sam has at least 43.5 minutes left to finish running.
O x<43.5; Sam has no more than 43.5 minutes left to finish running.​

Respuesta :

just4seniaha123

Answer:

B) x < 22.5; Sam has fewer than 22.5 minutes left to finish running.

Step-by-step explanation:

For this case we have the following inequality:

From here, we define the variable x.

x: number of minutes remaining to finish the race.

From here, we clear the value of x.

We have then:

 Therefore, Samuel has less than 22.5 minutes to finish the race in the estimated time.

Answer:

x < 22.5; Sam has fewer than 22.5 minutes left to finish running.

kapoorprachi783

x < 22.5; Sam has fewer than 22.5 minutes left to finish running.

How to solve the inequality?

For this case we have the following inequality:

From here, we define the variable x.

x = number of minutes remaining to finish the race.

From here, we clear the value of x.

We have then:

Therefore, Samuel has less than 22.5 minutes to finish the race in the estimated time.

What are examples of inequality?

The major examples of social inequality include income gap, gender inequality, health care, and social class. In health care, some individuals receive better and more professional care compared to others.

Learn more about inequality here: brainly.com/question/25275758

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