How to calculate this on Jacks 9/6?
November 11th, 2015 at 11:56:58 PM
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If we have a 20% cashback on our net losses for the day (or whatever time) and we are playing Full pay Jacks or better 9 6 , how do we calculate after how many hands of play does the house regain their edge?
So we have 99.54% rtp. Each hand we play house begins to regain the edge. Lets say there are no minimum hands required to play and we can play any limit ,what would be optimal play ?
Assuming that we have 1000$ and house will return 20% to max loss of 1000$ .And max bet is 10$ per coin so 50$ . What would be our play? to play till we lose the 1000$ or is there a stopping point where house edge takes over so we would need to stop cause its not profitable anymore?
So we have 99.54% rtp. Each hand we play house begins to regain the edge. Lets say there are no minimum hands required to play and we can play any limit ,what would be optimal play ?
Assuming that we have 1000$ and house will return 20% to max loss of 1000$ .And max bet is 10$ per coin so 50$ . What would be our play? to play till we lose the 1000$ or is there a stopping point where house edge takes over so we would need to stop cause its not profitable anymore?
November 13th, 2015 at 9:21:07 AM
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Any other games available?
November 13th, 2015 at 9:38:36 AM
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Some people look better dressed in red.Quote: RS
♪♪Now you swear and kick and beg us That you're not a gamblin' man Then you find you're back in Vegas With a handle in your hand♪♪ Your black cards can make you money So you hide them when you're able In the land of casinos and money You must put them on the table♪♪ You go back Jack do it again roulette wheels turinin' 'round and 'round♪♪ You go back Jack do it again♪♪
November 13th, 2015 at 10:04:34 AM
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If you go to Elliot's site www.apheat.net and search for Loss Rebate Theorems you should be able to find the equations for what you are looking for.
At my age, a "Life In Prison" sentence is not much of a deterrent.
