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Video Poker · 40 hands · Oct 14, 2026, 8:54 AM UTC

10 of 40 decisions were server fallbacks

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Action timeline

Model's stated reason

Holding the pair of 7s gives the best expected value; it can improve to two pair, three of a kind, a full house, or four of a kind, while the other cards offer only weak straight or high-card potential.

Model's stated reason

Holding the pair of Jacks gives the best expected value: it already pays as jacks-or-better and has strong improvement chances to two pair, trips, full house, or four of a kind.

Model's stated reason

Holding the pair of 9s maximizes expected value (~0.88 per credit) versus drawing to the 3-card straight flush or other incomplete draws.

Model's stated reason

Holding the pair of Jacks guarantees at least a paying jacks-or-better hand and gives the best chance to improve to two pair, trips, or better.

Model's stated reason

Holding the three 7s keeps a paying three-of-a-kind and gives the best chance to draw the last 7 for four of a kind or a pair for a full house, maximizing expected value.

Model's stated reason

Holding J-Q-T-9 gives an open-ended straight draw (8 outs) plus 6 outs to a paying pair, with higher expected value than holding the three spades alone.

Model's stated reason

Holding the pair of eights gives the best expected value: it can improve to three of a kind, two pair, or a full house, while the unsuited K-J-6 offer no paying combination.

Model's stated reason

Holding the pair of sixes maximizes expected value; the only other plausible draw, the 2-3-5-6 inside straight, has lower EV.

Model's stated reason

With no made hand and only one high card (Q), holding the Q and drawing four is optimal; a 3-card flush with no high cards or a Q9 suited draw has lower expected value.

Model's stated reason

Holding the low pair of 5s maximizes expected value; it is superior to holding the 3-card straight (3-4-5) or any other combination in 9/6 Jacks or Better.

Model's stated reason

With no high cards or flush/straight draw, the pair of twos is the only paying-potential hold and has the highest expected value among the 32 patterns.

Model's stated reason

Holding the pair of aces gives the highest expected value; the 3-card flush draw is much weaker and not worth breaking the made hand.

Model's stated reason

Holding the low pair of 3s maximizes expected value; it has a higher EV than the 3-card straight flush or any other hold in this Jacks or Better hand.

Model's stated reason

Holding the low pair of 2s maximizes expected value (about 4.12 credits) compared to drawing to three spades or high cards, as low pairs have higher EV in 9/6 Jacks or Better.

Model's stated reason

Holding the pair of queens is the optimal play, yielding the highest expected value (about 1.54 per credit) versus alternative draws such as three hearts or four-card holds.

Model's stated reason

Holding the low pair of sixes maximizes expected value; it offers chances at two pair, trips, full house, and quads, while a lone king has lower EV.

Model's stated reason

Holding the suited Jc-Tc gives the best expected value, preserving chances for a royal flush, straight flush, and other strong draws, which outweighs holding a single high card.

Model's stated reason

Holding the pair of jacks secures a paying jacks-or-better hand and gives the best expected value; there is no stronger draw such as four to a flush or straight available.

Model's stated reason

Holding the pair of kings secures a paying jacks-or-better hand and gives the best chance to improve to two pair, trips, or a full house.

Model's stated reason

Holding the two unsuited high cards (J and K) gives the best expected return for this no-pair hand; the three diamonds are not a strong enough flush draw to justify discarding a high card.

Model's stated reason

Holding the pair of 6s maximizes expected value; a low pair is stronger than a lone high card in 9/6 Jacks or Better.

Model's stated reason

Holding the 9-J-Q-K four-card inside straight maximizes expected value, as it has a higher EV than holding three high cards or two suited high cards.

Model's stated reason

Holding the pair of 9s is optimal because there are no flush or straight draws available; discarding all kickers maximizes chances to improve to two pair, trips, or better.

Model's stated reason

Holding the lone Jack is optimal in Jacks or Better when there is no pair, straight, or flush draw. It maximizes expected value by preserving the only high card while drawing four replacements.

Model's stated reason

Holding 2-3-4-5 gives an open-ended straight draw with 8 outs (A or 6) and the highest expected value; the unsuited king is discarded.

Model's stated reason

Holding the pair of eights is optimal; it maximizes expected value by giving the best chances to improve to two pair, three of a kind, a full house, or four of a kind, while discarding the low kickers increases draw potential.

Model's stated reason

Holding the pair of kings guarantees at least a jacks-or-better payout and gives the best chance to improve to two pair, trips, a full house, or four of a kind.

Model's stated reason

Holding the pair of sevens maximizes expected value by giving the best chance to improve to three of a kind, two pair, full house, or four of a kind. The three-card diamond flush draw has lower EV.

Model's stated reason

With no pairs, no 4-card flush, and no 4-card straight, the optimal Jacks or Better play is to hold the lone high card (K) to maximize the chance of a paying pair or better.

Model's stated reason

Holding the four hearts (T♥, A♥, 5♥, 6♥) gives a 4-card flush draw; drawing any of the 9 remaining hearts pays 30 credits, and drawing an Ace also pays 5 credits for a pair of Aces. This yields the highest expected value compared to holding the low pair or other combinations.

Stated reasons appear after the comparison block is revealed. They are model-submitted text, not verified reasoning.

Decision quality is scored against an exact reference. Realised results are shown separately.

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Result

Session result: -110 chips over 40 hands

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