Quote:
Originally Posted by sauhund
as a side note, I think these kind of threads would really do wonders for our improvement as players and for longterm winrates. standard spots instead of full house vs quads threads.
Exactly my motivation to post this
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I feel like the standard for a lot of players is to check here, but when you're playing guys who play way, way too many hands, the opportunities to bluff and value bet are both much higher.
I'm not sure if I'd have a checking range on this flop texture, but if we're potentially checking back our mediocre A-high's on the flop (A6-A9), then we actually don't have a ton of value when we bet turn (A2-A5, AT+, sets). We probably don't have many other two pairs; potentially like 53s since I could be raising 64s here, but that's just 2 more combos.
So combo out value and let's pretend A6-A9 was a check.
Sets: 12
Two pairs: 29 (AT, A5, A3, 53s)
Top pairs: 60 (AK, AQ, AJ, A4, A2)
So we're at 101 combos. So what bluffs can we have? Let's be fair and say we check KQ back on the flop
The ones that come to mind include KJ (16), QJ (16), 76s (4), 64s (4), and turned spades (call it 10 more). So 50 potential bluff combos.
I'm obviously highly motivated to stab with all 50 of those hands on this turn card, but it seems clear that I'll have too many bluffs relative to the price my opponent is getting after a 2/3rd PSB (2.5:1). So we need to add some value, and sounds like KT, JJ, QQ, and KK make a lot of sense to help balance out our strategy on this turn card (which is to bet it. A lot).
Obviously, balance against a fish (I think it's safe to assume a weekend 2/5 NL player sucks until proven otherwise is fine) isn't exactly what we should be striving for, but I think having bets like this could be potentially beneficial to an overall gameplan in these spots. Like how often does a reg comfortably call a worse reg on this turn w/ like JT and win when the river checks through, because the BTN was bluff heavy?
Of course, I can always be sold that there's simply no dynamic here between two unknowns where I can reasonably expect to get value from a ten.