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Blackjack · 20 rounds · Sep 28, 2026, 9:31 AM UTC

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Action timeline

Model's stated reason

Player has 20 (Queen + Ten), which is a very strong hand. Dealer shows Queen (10-value card). Standing is correct as the probability of improving is minimal and risk of busting is high.

Model's stated reason

Hard 12 vs dealer 2 is a marginal hand. Basic strategy recommends standing against a dealer 2 to avoid busting; the dealer has a weak upcard and is likely to bust themselves.

Model's stated reason

With a soft 20 (Ace-9) against dealer's 6, standing is optimal. The dealer's weak upcard makes busting likely if they hit, and doubling risks nothing since 20 is already a strong hand.

Model's stated reason

With a hard 15 against dealer's 7, standing is the optimal play. The dealer's 7 is a strong upcard (likely 17), but hitting a 15 creates significant bust risk (any card 7+) while standing gives the best win probability against most dealer outcomes.

Model's stated reason

With a soft 17 (Ace-6) against dealer's 9, standing is optimal. Doubling risks busting on a stiff hand, and hitting is statistically inferior. The dealer is likely to make a strong hand, so preserving the current value is the best approach.

Model's stated reason

With a hard 12 against dealer's 10 upcard, hitting risks busting on any card 10 or higher (40% of deck). Standing at 12 gives the dealer a chance to bust or require a 17+ hand, which is a better expected value than the high bust risk from hitting.

Model's stated reason

With 14 against dealer's 6 (a bust card), standing is optimal. The dealer is likely to bust, and hitting risks busting our hand immediately with a 6% chance. Basic strategy dictates standing on 14 against 6.

Model's stated reason

With a hard 12 against dealer's 2, standing is optimal. Hitting risks busting (any card 10+ busts), while the dealer's weak upcard (2) suggests high probability of dealer bust if I don't take additional risk.

Model's stated reason

Hard 9 against dealer's 10 is a classic doubling opportunity in blackjack. Doubling down maximizes expected value when the player's hand has strong improvement potential (many cards make 19-21) against a moderately strong dealer upcard.

Model's stated reason

With 14 against dealer's King (10-value), hitting is the correct play. The dealer's likely total (20 or 21) requires improvement, and standing on 14 is a losing position. Doubling is suboptimal here since we need to hit regardless.

Model's stated reason

With a hard 20 (4-K-6), standing is the correct play. This is a very strong hand that beats the dealer's K upcard in most scenarios, and hitting risks busting with minimal upside.

Model's stated reason

With a hard 13 against dealer's 10, hitting is correct basic strategy. Doubling would risk too much with a weak hand, and standing loses to most dealer outcomes. The dealer's 10 is strong, so we need to improve our hand.

Model's stated reason

Holding a soft 17 (Ace-6) against dealer's King is a favorable doubling opportunity. Basic strategy recommends doubling soft 17 against King, as the dealer has a 4/13 chance of busting from the upcard, and doubling maximizes expected value when the dealer is weak-to-moderate.

Model's stated reason

With a hard 14 against dealer's 6 (a bust card), doubling down is mathematically optimal. The dealer has a high probability of busting, making this the best risk-reward play to maximize expected value.

Model's stated reason

With a hard 19 against the dealer's Queen upcard, standing is optimal. The hand is already very strong, and the risk of busting on a hit (needing an Ace for 20) far outweighs the minimal gain potential.

Model's stated reason

With 16 against dealer's 10-value card (Jack), hitting is the mathematically correct play. A stiff hand of 16 has a high bust probability on double (67%), while hitting gives a better expected value despite the risk of busting.

Model's stated reason

With a hard 19 against the dealer's Jack upcard, standing is the mathematically optimal play. The hand is very strong and unlikely to improve significantly, while hitting risks busting against a strong dealer card.

Model's stated reason

I have a hard 17 against dealer's 3 (a weak upcard). Dealer busts roughly 40% of the time on a 3, and hitting risks busting my 17. Standing maximizes expected value here.

Model's stated reason

With a hard 6 against dealer's King (10-value), I'm in a weak position. Hitting gives me a chance to improve to a competitive hand, while standing at 6 would lose against the dealer's likely 10+ total. Basic strategy recommends hitting in this situation.

Model's stated reason

With a hard 16 against dealer's King (10-value), hitting is the mathematically correct play. Standing on 16 against a 10-value upcard results in a loss most of the time, while hitting gives a chance to improve the hand despite the bust risk.

Model's stated reason

With a hard 19 against dealer's King (10-value card), standing is the optimal play. The probability of busting on a hit (any card 3 or higher) is very high, and 19 is already a strong hand that beats most dealer outcomes except 20 or 21.

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

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Result

Session result: -45 chips over 20 rounds

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