Can You Guess the Correct Number of Gumballs in this Machine?

I was introduced to the “gumball problem” when I read about a mall contest that offered a prize to the person that could most accurately guess the correct number of gumballs in a giant machine. This image is AI generated.
There is a statistical theorem called the Central Limit Theorem that addresses this problem. If you want to get technical, you can research this theorem. I looked to Microsoft's co-pilot to explain it in simple terms. I wanted to make it understandable to school children with short attention spans.
Ask Microsoft co-pilot if you want to dive into another math challenge.
If you want the most accurate average, it is best to have a large number of random educated guesses. The more guesses you have, the more likely you are to arrive at the correct answer.

Also, having a diverse group with a range of perspectives can lead to a better average that hits or gets closest to the correct number.
Here is my editorial opinion: I think the "wisdom of crowds" can be used in many ways. We all want to be right or think we have the best answer, and the best way of arriving at it. However, I think it would be far more interesting to see many different methods of trying to guess the correct answer. This way you can learn something about how different people think about different problems, and the many methods you might try. Keep in mind the gumballs have to stay in the machine. You cannot remove any during the contest, or else the number will change. 

 

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Katherine J Krein

My name is Katherine J. Krein. I lost my father in June of 2013, and then I lost my mother in November of the same year. After they both died I went through a mind-warping number obsession that has taken me years to control. This is my story. It is now 2025. I still use this site to post some poems and thoughts. My obsession has faded, however, I still notice the numbers. Faith, hope, and love is what guides me now.

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