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Practical Poker Math

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3. Odds in Texas Hold’em<br />

Among the 16 cards in the deck with a rank of Jack or better<br />

there are 120 possible combinations calculated as Comb(16, 2):<br />

(16 * 15) = 120<br />

(1 * 2)<br />

This number includes 24 possible pair combinations. There<br />

are 120 – 24 = 96 combinations that WILL contain 2<br />

unpaired cards above the rank of Ten.<br />

Another way is to multiply the probability of the first card by<br />

the probability of the second. In this case, after the first card<br />

is dealt, there are only 12 cards left that will not pair the first<br />

card:<br />

(16 * 12) / (1 * 2) = 96 (WILLs)<br />

Total Possibilities = 1,326<br />

– WILLs = 96<br />

WILLNOTs = 1,230<br />

WILLNOTs (1,230) : WILLs (96)<br />

1,230 : 96<br />

Reduce<br />

1,230 / 96 : 96 / 96<br />

12.8 : 1<br />

The probability of 2 unpaired Big Cards in the hole is<br />

WILLs<br />

* 100 = Probability as %<br />

Total Possibilities<br />

96<br />

1,326<br />

* 100 = 7.2%<br />

On average you will be dealt 2 unpaired Big Cards once in<br />

13.8 hands or roughly 7.2% of the time.<br />

64

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