bartowski
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thanks for helping :)
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The discussion revolves around the probability and odds of winning the lottery, specifically focusing on the combinatorial aspects of selecting numbers. Participants explore how to calculate the number of ways to choose numbers from a set, considering different combinations and their implications for determining probabilities.
While some participants agree on the correctness of the solution, there remains uncertainty about the method of combining the combinations and the interpretation of the results. The discussion does not reach a consensus on the best approach to calculating the probability.
Participants express confusion about the correct method for combining combinations and the implications of their calculations for determining winning probabilities. There are unresolved questions about the assumptions underlying their calculations.
Individuals interested in probability theory, combinatorics, and lottery odds may find this discussion relevant.
oleador said:Think about this as follows: how many ways are there to choose 2 numbers from 18? (no replacement, order doesn't matter)
Dickfore said:No, but this not a probability ot win! This is just a fraction of the total number of outcomes that satisfy your condition. It doesn't mean that if you fill A ticket satisfying this condition that you have this probability to win.
Dickfore said:Yes. The solution is correct.
oleador said:The intuition for why you have to multiply the combinations is that for every possible combination, say, in [1,18] you can have 18C2 of combinations in [19,36] and 19C2 in [37,55].