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So if getting a royal flush was NOT part of the overall odds calculation, what would the house advantage be? Am I losing my money faster than playing keno for example? lol
with a royal returning 0.01980661
the return would be somewhere between (.99543904-.01980061) and (.99543904)
your playing strategy would alter a bit so it would be greater than (.99543904-.019860061)
like keeping unsuited QJ,KQ,KJ,AJ,AQ,AK over suited TJ, TQ, TK.
plus you can still get dealt a pat royal and im assuming you are still going to draw to a royal when you get dealt 4 to a royal unless you are specifically dealt 9TJQK of all the same suit.
Quote: rudeboyoitaking a 9/6 jacks or better machine that pays back 0.99543904
with a royal returning 0.01980661
the return would be somewhere between (.99543904-.01980061) and (.99543904)
your playing strategy would alter a bit so it would be greater than (.99543904-.019860061)
like keeping unsuited QJ,KQ,KJ,AJ,AQ,AK over suited TJ, TQ, TK.
plus you can still get dealt a pat royal and im assuming you are still going to draw to a royal when you get dealt 4 to a royal unless you are specifically dealt 9TJQK of all the same suit.
It's not hitting Quads and Full Houses over a long session that can really start to drain on you. Royal's make up about 2% of the EV, Quads 6% and FH's 10%.
You should hit Quads ~1-in-500 hands, FH and Flushes about 1 in 90. I once counted about 60 dealt trips before hitting a Quad on the draw (was last day of the trip, in a bar in the Old Frontier, down to my last few gambling dollars when I hit a natural set of 7's... which happened to be Quad of the Day for a bonus ($50 bonus as I recall) made my day after a rather crappy run of gambling).
Quote: thecesspitIt's not hitting Quads and Full Houses over a long session that can really start to drain on you. Royal's make up about 2% of the EV, Quads 6% and FH's 10%.
You should hit Quads ~1-in-500 hands, FH and Flushes about 1 in 90. I once counted about 60 dealt trips before hitting a Quad on the draw (was last day of the trip, in a bar in the Old Frontier, down to my last few gambling dollars when I hit a natural set of 7's... which happened to be Quad of the Day for a bonus ($50 bonus as I recall) made my day after a rather crappy run of gambling).
or not hitting enough quads in FPDW which makes up ~32.5 of your return.
Quote: thecesspitRoyal's make up about 2% of the EV, Quads 6% and FH's 10%.
So, on a 9/6 JOB, if I played normal strategy, but never hit a royal, my money would slowly go away at only a .97543904 return rate. (.99543904 - "2%") Is that correct? That is just slightly better than a single zero roulette wheel at 2.7% house edge, yes?
Twist my arm. I guess I will continue to play VP.
-B
Instead of doing that, consider this: pretend that a Royal Flush pays the same 250 coins that a Straight Flush does. If you use perfect strategy for such a game, when the Royal actually pays 4000 coins, then the return would be 99.2132% for 9/6 Jacks or Better, and the variance would be reduced from 19.51 to 13.82.
The basic strategy (ignoring exceptions) would then look like this:
- Royal Flush
- Straight Flush
- Four of a Kind
- Full House
- Flush
- Three of a Kind
- Straight
- Two Pair
- 4 to a Royal Flush
- 4 to a Straight Flush
- One Pair (Jacks or Better)
- 4 to a Flush
- Unsuited TJQK
- 3 to a Royal Flush (JQK)
- One Pair (2's through 10's)
- Unsuited 2345 through 9TJQ
- 3 to a Royal Flush (except JQK)
- 3 to a Straight Flush (345 through 9TJ; 89J; 8TJ; 8JQ; 9TQ; 9JQ; 9JK; 9QK)
- Unsuited JQKA
- Suited JQ
- 3 to a Flush with 2 high cards
- Suited JK; QK
- Unsuited 9JQK; TJQA; TJKA; TQKA
- 3 to a Straight Flush (Ace-low; 78J; 79J; 7TJ; 89Q; 8TQ; 9TK)
- Suited JA; QA; KA
- 3 to a Straight Flush (234; 235; 245; 346; 356; 457; 467; 568; 578; 679; 689; 78T; 79T)
- Unsuited JQK
- Unsuited JQ; JK; QK
- Unsuited JA; QA; KA
- Jack; Queen; King; Ace
- 3 to a Straight Flush (236; 246; 256; 347; 357; 367; 458; 468; 478; 569; 579; 589; 67T; 68T; 69T)
- Discard everything
The return from the above strategy would be 99.2071%, and the variance would be 13.77 per coin. (The differences in those figures from the ones quoted above are attributable to the exceptions.)