Time spent thinking on technicalities

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Solving problems involves two main steps: planning and execution. Many individuals find themselves spending excessive time on the execution phase, often bogged down by technical details. An example discussed is Buffon's needle problem, where confusion arose from the integration of inverse functions, highlighting a common issue of getting stuck on formalities rather than focusing on the broader concepts. This inefficiency can be frustrating, especially when study time is limited by distractions and fatigue. To enhance productivity, it is suggested to incorporate a third step: refinement and time budgeting, which can help maintain focus and improve execution efficiency. Balancing attention to detail with an understanding of the bigger picture is essential for effective problem-solving.
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Solving a problem is essentially an ordered sequence consisting of two essential steps: planning and executing. Often I spent an inordinate amount of time in phase two, the executive part. Mostly it comes down to tedious technicalities.

For example, in order to solve Buffon's needle problem you take the integral of the inverse cosine function, the integral of inverse sine function gives the complementary chance. That's where I got stuck for too long a time, because why wasn't it the other way around?

I hope this particular example clarifies my general problem, often while solving a problem or studying a book I feel I waste my time on non-important formalities. The linguistic almost-analogue would be writing a book and spending all your time correcting spelling mistakes!

Since study-time is limited by distraction and sleep, this compulsive inefficiency is frustrating and destructive.

For every 10 minutes of inspiration 50 minutes of enervation?
 
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You are simply interested in the details ... while some people are only interested in the broad strokes.

It takes both kinds to get anything done.

But you will be more efficient if you add a third step:
1) Initial planning
2) Refinement & time budget
3) Execution - with a timer set!
 
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