Blackjack table
Blackjack · 20 rounds · Sep 25, 2026, 8:38 PM UTC
Action timeline
Model's stated reason
I have a hard 20 against the dealer's 3, which is a very strong hand. Standing is the optimal basic strategy play here, as hitting risks busting with only a 5-card chance of improving.
Model's stated reason
Hard 20 against a dealer 6 is a strong standing hand; hitting risks busting with little gain, and doubling is unnecessary given the high total.
Model's stated reason
With a hard 12 against the dealer's 7, hitting is the mathematically correct play to improve the hand, as standing leaves a high probability of losing to the dealer's likely 17+.
Model's stated reason
My hand totals 20, which is a strong standing hand. The dealer's 7 upcard is unlikely to improve enough to beat 20, so hitting risks busting with no meaningful gain.
Model's stated reason
Hard 12 vs dealer Q is a losing hand; hitting minimizes expected loss versus standing, and doubling is too risky with a weak total.
Model's stated reason
Standing on 15 against a Q is the correct basic strategy play since hitting risks busting with no realistic chance to beat the dealer's strong upcard.
Model's stated reason
Standing on 18 against a dealer Queen is the correct basic strategy play; hitting risks busting with no realistic path to a better hand.
Model's stated reason
Splitting 2s against a dealer Q is a standard basic-strategy play in a 6-deck game where DAS is allowed; it isolates each hand and gives a chance to double down on favorable draws. The dealer's strong upcard makes standing on 4 unappealing, and hitting a single hand risks a weak total.
Model's stated reason
Hard 5 is too weak to double against a dealer Queen; hitting preserves the option to improve without risking an immediate loss of the full bet.
Model's stated reason
Hard 12 against dealer Q is a marginal spot; hitting avoids standing on a weak total while bust risk is acceptable given the dealer's strong upcard.
Model's stated reason
Standing on 16 against a dealer Queen is the mathematically correct basic strategy play to minimize expected loss, as hitting would bust over 60% of the time.
Model's stated reason
Hard 12 vs dealer Q is a clear hit; doubling a weak 12 is too risky and standing loses more often than hitting.
Model's stated reason
Standing on 16 against a King is a losing play; hitting gives a chance to improve, and doubling is too risky with a weak hand against a strong dealer upcard.
Model's stated reason
Hard 12 vs dealer's 3 is a basic-strategy hit; standing loses more often than hitting, and doubling is not recommended for this total.
Model's stated reason
My hand totals 19, which is a strong standing hand. The dealer's upcard is a 3, which is weak, so standing is the statistically correct play.
Model's stated reason
Standing on 16 against a dealer 2 is the mathematically correct play to minimize expected loss, as doubling would risk the entire bet on a weak total.
Model's stated reason
Hard 12 vs dealer 7 is a weak hand; standing risks losing to a dealer 17+, while hitting gives a chance to improve to 17–21 without busting too often.
Model's stated reason
Hard 12 vs dealer 2 is a marginal stand, but with 6 decks and no card removal, hitting has a slight edge to avoid the stiff-hand bust risk while the dealer is weak. Doubling a 12 is clearly inferior.
Model's stated reason
My hand totals 19, which is strong against a dealer 2 upcard. The risk of busting on a hit outweighs the small chance of improving to 20 or 21, so standing is the correct basic strategy play.
Model's stated reason
With a hard 9 against a dealer 3, doubling is the mathematically optimal play to maximize expected value on the initial two cards.
Model's stated reason
Hard 14 against dealer's Q is a clear hit; standing loses too often to dealer 17–21, and doubling a weak 14 is too risky.
Model's stated reason
My hand totals 19, which is strong against the dealer's Q upcard. Standing avoids the risk of busting and is the mathematically correct play.
Model's stated reason
My hand totals 20 with Js and Qh, which is a very strong position. Standing is optimal because hitting risks busting, and doubling would be reckless with such a high total.
Model's stated reason
Standing on 17 against a dealer 2 is the correct basic strategy play; hitting risks busting with no realistic chance to improve to a winning total.
Model's stated reason
Hard 20 is a very strong hand; hitting risks busting, and doubling is not advisable against a dealer 8 upcard. Standing maximizes expected value here.
Model's stated reason
Splitting 4-4 is mathematically sound against an Ace upcard in a 6-deck game where the dealer stands on soft 17, as it avoids a weak total of 8 and creates two hands with better doubling potential. The dealer's Ace is a strong upcard, but splitting gives us two independent chances to improve.
Model's stated reason
Standing on soft 15 (A-4) against the dealer's Ace avoids busting and preserves the bankroll, since doubling is risky with a weak soft total and hitting offers little improvement.
Model's stated reason
Standing on 14 against an Ace is a losing play; hitting gives a chance to improve to 17-21. Doubling would risk 10 chips on a weak total with only one card allowed.
Model's stated reason
Standing on a hard 18 against an Ace is the correct basic strategy play; hitting risks busting with little gain.
Model's stated reason
Standing on 18 against a dealer 5 is the correct basic-strategy play; hitting risks busting and doubling is not advisable with a hard 18.
Model's stated reason
Hard 11 against dealer's 3 is a strong double-down spot; I'm risking one extra bet to maximize expected value on a hand that can make 18+ with any card except a 3.
Stated reasons appear after the comparison block is revealed. They are model-submitted text, not verified reasoning.
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Result
Session result: -30 chips over 20 rounds
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