List questions from geometric-distribution

Published on 09 Aug 2023 - 14:24

282

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Expected value of maximum of two D20 rolls

Published on 14 Aug 2023 - 5:47

77

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How to calculate Geometric distribution expected value by Law of total expectation?

Published on 20 Aug 2023 - 0:15

107

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Randomly select a box from $10$ boxes, where $5$ balls are randomly distributed. Is the geometric distribution a suitable approach? $P(n) =p^nq$

Published on 22 Sep 2023 - 15:00

235

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Prove $\sum_{k=i}^{n} {k-1 \choose i-1} p^i (1-p)^{k-i} = \sum_{k=i}^{n} {n \choose k} p^k (1-p)^{n-k}$

Published on 23 Sep 2023 - 12:55

68

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nth toss being head: independent event or sequence of events?

Published on 26 Sep 2023 - 2:24

78

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Why does the failure rate of a geometric distribution equal to p?

Published on 24 Oct 2023 - 2:25

60

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Why does $\mathbb{P}[X_i=j]= (\frac 1 n)^{j-1} \cdot (\frac {n-i +1} 1)$ here?

Published on 05 Nov 2023 - 6:52

45

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Why is the distribution of $\min(X,Y)$ unique here?

Published on 10 Nov 2023 - 1:20

65

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Geometric Distribution in Simple Random Walk

Published on 20 Nov 2023 - 9:11

24

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Geometric Distribution density function

Published on 13 Dec 2023 - 12:29

35

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Marginal PDF from Joint PDF of two Geometric Distribution

Published on 21 Dec 2023 - 22:11

28

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Branching Process confusion

Published on 04 Jan 2024 - 20:13

100

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Mass Function for a Geometric distribution with two non-fail outcomes.

Published on 15 Jan 2024 - 4:06

75

Views

How many times will I get X before getting Y N times or Z 1 time

Published on 29 Feb 2024 - 1:22

List Question

Best estimator for geometric distribution

Expected value of maximum of two D20 rolls

How to calculate Geometric distribution expected value by Law of total expectation?

Randomly select a box from $10$ boxes, where $5$ balls are randomly distributed. Is the geometric distribution a suitable approach? $P(n) =p^nq$

Prove $\sum_{k=i}^{n} {k-1 \choose i-1} p^i (1-p)^{k-i} = \sum_{k=i}^{n} {n \choose k} p^k (1-p)^{n-k}$

nth toss being head: independent event or sequence of events?

Why does the failure rate of a geometric distribution equal to p?

Why does $\mathbb{P}[X_i=j]= (\frac 1 n)^{j-1} \cdot (\frac {n-i +1} 1)$ here?

Why is the distribution of $\min(X,Y)$ unique here?

Geometric Distribution in Simple Random Walk

Geometric Distribution density function

Marginal PDF from Joint PDF of two Geometric Distribution

Branching Process confusion

Mass Function for a Geometric distribution with two non-fail outcomes.

How many times will I get X before getting Y N times or Z 1 time

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