How Far Must a Gazelle Run to Escape a Cheetah?

  • Thread starter Cornraker
  • Start date
In summary, catching-up to a problem means identifying and addressing an issue that has already occurred or is currently ongoing. It is important to catch-up to problems in order to prevent further complications and challenges. The steps involved in catching-up to a problem include identifying the problem, gathering information, analyzing the situation, developing a plan, implementing the plan, and evaluating the results. In a scientific context, catching-up to problems is crucial for maintaining research integrity. While it may not always be possible to prevent problems, there are ways to minimize their likelihood.
  • #1
Cornraker
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Homework Statement



A cheetah can maintain its maximum speed of 100 km/hr for 30.0 seconds. What minimum distance must a gazelle running 80.0 km/hr be ahead of the cheetah to escape?

Homework Equations



What equation do i start his out with? I'm not even sure what to start lookinf or here.

The Attempt at a Solution

 
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  • #2
Find the relative speed between cheetah and gazelle.
Then the minimum distance = relative speed X time.
 

1. What does it mean to "catch-up to a problem"?

Catching-up to a problem refers to the process of identifying and addressing an issue that has already occurred or is currently ongoing. It involves finding a solution or course of action to rectify the problem and prevent it from getting worse.

2. Why is it important to catch-up to problems?

Catching-up to problems is important because it allows for timely and effective resolution of issues. Ignoring or delaying addressing a problem can lead to further complications and potentially create more significant challenges in the future.

3. What are the steps involved in catching-up to a problem?

The steps involved in catching-up to a problem may vary depending on the specific issue, but generally include identifying the problem, gathering information and data, analyzing the situation, developing a plan of action, implementing the plan, and evaluating the results.

4. How can catching-up to problems be beneficial in a scientific context?

In a scientific context, catching-up to problems is crucial for maintaining the integrity and accuracy of research. It allows scientists to address any errors or issues that may arise during the course of an experiment or study, ensuring that the results obtained are reliable and valid.

5. Can catching-up to problems be prevented?

While it may not always be possible to prevent problems from occurring, there are ways to minimize the likelihood of issues arising. This can include thorough planning and risk assessment, regular monitoring and evaluation, and prompt action when problems do occur.

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