Ask The Wizard #249
At first I thought the player should play a more aggressive strategy when going for the 2000x royal than the 1000x royal. However, that is not correct. The idea of using a single intermediate strategy for both the first and second royals was suggested to me by video poker expert, Bob Dancer. Bob tells me he thought of employing this strategy back when Flush Attack games were common. Smart players used the same intermediate strategy in both regular mode and flush attack mode, rather than switching strategies between modes. Once he made the suggestion, I ran the analysis to see if he was correct.
Let’s look at the overall expected return if the player played based on a 1000x royal for the first one and 2000x for the second one. Using my video poker calculator, we find the probability of a royal flush with a strategy based on a 1000x royal is 1 in 43,617, with a return of 0.999205. The probability of a royal flush with a strategy based on a 2000x royal is 1 in 40,776 hands, with a return of 1.022934. The overall return after two royals is (0.999205×43,617 + 1.022934×40,776)/( 43,617+ 40,776) = 1.010670.
Now let’s do the same thing, but with a strategy based on a 1500x royal the entire time. With a 1500x strategy, but with an actual royal win of 1000, the royal probability is 1 in 42,209, and the return is 0.998969. With a 1500x strategy, but with an actual royal win of 2000, the royal probability is still 1 in 42,209, but the return is 1.022661. The overall return after two royals is (0.998969×42209 + 1.022661×42209)/( 42209 + 42209) = 1.010815. 101.08% is greater than the 101.07% with the two separate strategies, confirming that a balanced strategy is the way to go. The same principle of assuming an average win of 1.5 times the normal win will apply to any video poker game under this promotion.
Prob(8,8 vs A)×(EV(hit)-EV(split)) + Prob(8,8 vs 9)×(EV(hit)-EV(split)) + Prob(8,8 vs 10)×(EV(hit)-EV(split))
= 0.0003036 × (-0.513551 -(-0.364371)) + 0.0004404 × (-0.505707 -(-0.38995)) + 0.0016249 × (0.535361 -(-0. 475385))
= -0.019%.
So hitting 8,8 against a dealer 9, 10 or ace increases the house edge by 0.019%, or about one bet every 5,300 hands played. If the player surrenders instead of hitting, the effect drops to 0.013%. So, it is not a significant mistake. To put it in comparison, taking "even money" with a blackjack against a dealer ace increases the house edge by 0.014% in a six-deck game. If the player insures every blackjack and 20 (a common mistake), then the error cost jumps to 0.149%!
This question was raised and discussed in the forum of my companion site Wizard of Vegas.
This question was raised and discussed in the forum of my companion site Wizard of Vegas.
- Date and type of wager or wagering activity.
- The name and address or location of the gambling establishment.
- Names of other persons present during the gambling activity.
- Amount won or lost.
In addition, you should keep other documentation, such as W2-G forms and losing tickets. Personally, I keep my log in Excel and always retain W2-G forms and losing sports tickets. The book Tax Help for Gamblers by Jean Scott & Marissa Chien has a whole chapter on this topic.
This question was raised and discussed in the forum of my companion site Wizard of Vegas.
Marissa is on Twitter at @taxpro4gamblers, where she occasionally answers tax questions to followers.