#21
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My definition is the best. *n/m*
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#22
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Re: EV
[ QUOTE ]
Your standard deviation for 1 million plays is greater than your standard deviation for 1000 plays, which is why your spread is bigger after 1 million plays, but your standard deviation per play is actually smaller after 1 million plays, which is why your average play will be closer to $1. This is because when you go from 1000 plays to 1 million plays, your standard deviation for all of those plays does not increase as fast as your average win for all of those plays. [/ QUOTE ] How do you know his average win is even increasing? |
#23
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Re: EV
How do you know his average win is even increasing?
This is assuming an EV of $1/hr. The EV is constant, the average win increases, the actual hourly win fluctuates but over time approaches $1 per hour. |
#24
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Re: EV
I'm not sure the context you are using it, but it is the average expected outcome of an event.
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