If win Bet scenario optimization
Team A
Team B
2 Simultaneous bets
4 scenarios possible
both bets @ -110 risking 2.2 per team
Scenario 1 : Aw + Bw
Scenario 2 : Aw + Bl
Scenario 3 : Al + Bw
Scenario 4 : Al + Bl
Team A
Team B
2 Simultaneous bets
4 scenarios possible
both bets @ -110 risking 2.2 per team
Scenario 1 : Aw + Bw
Scenario 2 : Aw + Bl
Scenario 3 : Al + Bw
Scenario 4 : Al + Bl
-----------------------------------------------------
Straight betting
Team A: 2.2 tw 2
Team B 2.2 tw 2
Scenario 1 = + 4 units
Scenario 2 = -.2
Scenario 3 = -.2
Scenario 4 = -4.4
-----------------------------------------------------
Straight betting
Team A: 2.2 tw 2
Team B 2.2 tw 2
Scenario 1 = + 4 units
Scenario 2 = -.2
Scenario 3 = -.2
Scenario 4 = -4.4
IF win or tie betting
If win or tie bet 1
Risking 1.1 team A tw 1
If win or tie
Risking 1.1 team B tw 1
If win or tie bet 2
Risking 1.1 team B tw 1
If win or tie
Risking 1.1 Team A tw 1
Scenario 1 = +4
Scenario 2 = -1.2
Scenario 3 = -1.2
Scenario 4 = -2.2
If you notice,, if you place this as an if win or tie, you will notice that in scenario A , the win is the same, but Scenario 4 (which is two losses ) , reduce the overall loss by 2 units,, the downside being that a split will cause a -1.2 loss instead of a
-.2
IF win or tie betting
If win or tie bet 1
Risking 1.1 team A tw 1
If win or tie
Risking 1.1 team B tw 1
If win or tie bet 2
Risking 1.1 team B tw 1
If win or tie
Risking 1.1 Team A tw 1
Scenario 1 = +4
Scenario 2 = -1.2
Scenario 3 = -1.2
Scenario 4 = -2.2
If you notice,, if you place this as an if win or tie, you will notice that in scenario A , the win is the same, but Scenario 4 (which is two losses ) , reduce the overall loss by 2 units,, the downside being that a split will cause a -1.2 loss instead of a
-.2
System at 50% confidence 1000n
250 X 4 = +1000 units
500 x -1.2 = -600
250 X -2.2 = -550
-150 units over a 1000 sample size
straight bets at 50% confidence 1000n
250 x 4 = 1000
500 x -.2 = -100
250 x -4.4 = -1100
--------------
-200 units over 1000 2.2 unit bets
as you can see at 50% , there is less cost involved.. but what we havent accounted for is ties,, which leads to my next questions
System at 50% confidence 1000n
250 X 4 = +1000 units
500 x -1.2 = -600
250 X -2.2 = -550
-150 units over a 1000 sample size
straight bets at 50% confidence 1000n
250 x 4 = 1000
500 x -.2 = -100
250 x -4.4 = -1100
--------------
-200 units over 1000 2.2 unit bets
as you can see at 50% , there is less cost involved.. but what we havent accounted for is ties,, which leads to my next questions
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