Calculate Winning Probability
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ΠΙΘΑΝΟΤΗΤΕΣ
This example demonstrates how to calculate winning probability. It involves probability and statistics concepts. It uses commands like nCr, random number generation, and combination calculation in GeoGebra.
GeoGebra Commands & Parameters
nCr(K, k) → KknCr(N - K, n - k) → NKnknCr(N, n) → NnTextfield(K) → Εισ1Textfield(N) → Εισ2Textfield(n) → Εισ3Textfield(k) → Εισ4FractionText(P) → κείμενο1If(k ≥ Max[0, n - (N - K)] ∧ k ≤ Min[n, K], k, κείμενο4) → kkHyperGeometric(N, K, n, k, a) → bbFractionText(bb) → κείμενο5Pascal(5, 0.3) → cPascal(32, 0.5) → dPoisson(5) → eGamma(5, 3, 1) → fRandom(1, 23) → gSequence(cbrt(k), k, 1, 54) → λίστα1Sequence(cbrt(k), k, 1, 24) → λίστα2Sequence(floor(k), k, 1, 24) → λίστα3FitExp(λίστα1) → hTextfield(k') → Εισ8Textfield(N') → Εισ6Textfield(K') → Εισ5Textfield(n') → Εισ7HyperGeometric(N', K', n', k', a') → bb'nCr(N' - K', n' - k') → NKnk'nCr(K', k') → Kk'If(k' ≥ Max[0, n' - (N' - K')] ∧ k' ≤ Min[n', K'], k', κείμενο4) → kk'FractionText(bb') → κείμενο9FractionText(bbb) → κείμενο10
AI Drawing Prompt Reference
Calculate winning probability by inputting N, n, K, and k. Use the hypergeometric distribution formula to calculate the probability and display the calculation process and result.
The prompt above was compiled from the original drawing commands and is for reference only.