Problems with minimal information

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In summary, problems with minimal information can be challenging to solve due to a lack of data and context. To effectively approach and solve these problems, it is helpful to break them down into smaller parts and gather as much information as possible. Techniques for dealing with ambiguity include brainstorming, seeking advice, and conducting additional research. To avoid making incorrect assumptions, it is important to constantly question and challenge them, gather input from others, and conduct thorough research. While it is possible to solve complex problems with minimal information, it may require more time, effort, and creativity.
  • #1
mrmlund
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An object dropped from the top of a cliff takes 1.80 s to hit the water below. What is the height of the cliff?



I do not know of any equation that would work as only one piece of information has been given



I could not even begin my calculations as I lacked information. Is it possible to solve this question?
 
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  • #2
You know the time, you know the acceleration (free fall), you know the initial velocity ("dropped" means vo=0). You can find the distance traveled.
 
  • #3
Thanks!
 

FAQ: Problems with minimal information

What are some common challenges faced when dealing with problems with minimal information?

Problems with minimal information can be difficult to solve because there is often a lack of data or context to work with. This can make it challenging to identify patterns or make accurate predictions.

How can one effectively approach and solve problems with minimal information?

One effective approach is to break the problem down into smaller parts and gather as much information as possible from each part. This can help to fill in the gaps and provide a clearer picture of the problem. Another approach is to use logical reasoning and make educated assumptions based on the available information.

What are some techniques for dealing with ambiguity in problems with minimal information?

Some techniques include brainstorming and generating multiple possible solutions, seeking advice from experts or colleagues, and conducting additional research to gather more information. It can also be helpful to test and refine potential solutions through trial and error.

How can one avoid making incorrect assumptions when faced with minimal information?

One way to avoid making incorrect assumptions is to constantly question and challenge your assumptions. It can also be helpful to gather input from others and consider different perspectives on the problem. Additionally, conducting thorough research and testing assumptions can help to validate or correct them.

Is it possible to solve complex problems with minimal information?

Yes, it is possible to solve complex problems with minimal information, but it may require more time, effort, and creativity. It can also be helpful to break the problem down into smaller, more manageable parts and work towards a solution one step at a time.

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