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if you count your own cards only, in the long run it's going to be or at least close to zero.
any1 know if its true or false to these 2 assumptions?
if it's true, the next question will be how the counts gonna affect house/player's edge?
and if my assumption is true then knowing dealer's count and my count would give us the edge of winning right?
for example, if the dealer's count is +10 and my count is +10 at some point.
dealer got a 3 and i got a 13. according to basic strategy i should hit but by knowing the count i might go for stand instead.
Good LuckQuote: TBsp75my theory is based on playing against continuous shuffle machine. i "assume" if i sit in a table counting dealer's cards and my own cards all day, both of the counts is going to be or at least close to zero.
and if my assumption is true then knowing dealer's count and my count would give us the edge of winning right?
for example, if the dealer's count is +10 and my count is +10 at some point.
dealer got a 3 and i got a 13. according to basic strategy i should hit but by knowing the count i might go for stand instead.
Quote: TBsp75if you count dealer's cards only, in the long run it's going to be or at least close to zero.
if you count your own cards only, in the long run it's going to be or at least close to zero.
any1 know if its true or false to these 2 assumptions?
if it's true, the next question will be how the counts gonna affect house/player's edge?
This sounds likely enough, but honestly I don't know if I could agree with the first assumption. A dealer stands on two high cards, like Ten-Ten, Ace-King, even Ace or Ten with neutral cards, but always hits with two low cards (Two-Six) and the card they draw has an equal chance of being "high" or "low". Also, the dealer hits with a low and neutral card vs stays with a high and neutral card (hits on 2,9; stands on King,9).
Probably in the end the cards drawn would even it out, I'm just saying it involves a little more thought.