Statistical Uncertainty for Discrete Events

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The discussion focuses on calculating the uncertainty in the occurrence of a specific total when rolling two six-sided dice N times. To determine this uncertainty, one can analyze the distribution of the specific total, such as 8, using the binomial distribution. The probability of rolling an 8 on a single roll is essential for this calculation. The entropy of the binomial distribution is then applied to quantify the uncertainty. Overall, the binomial test is identified as a suitable method for this analysis.
gluons
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I am not sure how to answer the following question, which I have posed to myself to better understand the method:

"Suppose two six-sided dice are rolled together N times. What is the uncertainty in the number of times any given total appears on the dice?"

For example, what is the uncertainty in the number of times 8 is rolled if N is 100? (You can call the number of times 8 appears another variable such as m).

I can see how you would analyze this system by finding the mean and variance of the distribution, but what if I just want to know the uncertainty in only one channel of the distribution?
 
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Well, the first step is to find the distribution for that specific total. For that you can use the binomial distribution, where in your example p = the probability that 8 comes up on a single roll. You then just need to use the entropy of the binomial distribution.
 
Thank you! The binomial test was just what I was looking for.
 
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