M
maltz
Guest
Case KK: What's the chance of your KK bumping into AA?
- There are 6 kinds of AA.
- 50 cards remaining, 1225 possibilities.
Sample calculation for 9 opponents:
1-((1225-6)/1225)^9 = 0.043 (1 in 23)
9 opponents: 1 in 23
7 opponents: 1 in 30
5 opponents: 1 in 41
3 opponents: 1 in 68
1 opponent: 1 in 204
Case QQ: What's the chance of your QQ bumping into KK or AA?
Sample calculation for 9 opponents:
1-((1225-12)/1225)^9 = 0.0848 (1 in 12)
9 opponents: 1 in 12
7 opponents: 1 in 15
5 opponents: 1 in 21
3 opponents: 1 in 34
1 opponent: 1 in 102
Case JJ: What's the chance of your JJ bumping into QQ, KK or AA?
Sample calculation for 9 opponents:
1-((1225-18)/1225)^9 = 0.124 (1 in 8)
9 opponents: 1 in 8.0
7 opponents: 1 in 10
5 opponents: 1 in 14
3 opponents: 1 in 23
1 opponent: 1 in 68
Case TT: What's the chance of your pocket 10s bumping into JJ, QQ, KK or AA?
Sample calculation for 9 opponents:
1-((1225-24)/1225)^9 = 0.163 (1 in 6.1)
9 opponents: 1 in 6.1
7 opponents: 1 in 7.7
5 opponents: 1 in 11
3 opponents: 1 in 17
1 opponent: 1 in 51
Case 99: What's the chance of your pocket 9s bumping into 10s or above?
Sample calculation for 9 opponents:
1-((1225-30)/1225)^9 = 0.200 (1 in 5.0)
9 opponents: 1 in 5.0
7 opponents: 1 in 6.3
5 opponents: 1 in 8.6
3 opponents: 1 in 14
1 opponent: 1 in 41
Case 88: What's the chance of your pocket 8s bumping into 9s or above?
Sample calculation for 9 opponents:
1-((1225-36)/1225)^9 = 0.235 (1 in 4.2)
9 opponents: 1 in 4.2
7 opponents: 1 in 5.3
5 opponents: 1 in 7.2
3 opponents: 1 in 12
1 opponent: 1 in 34
I guess you have a good idea now. In headsup play it is just very rare to push into an overpair. Even with pocket 2s you are looking into 1 in 17. So does this mean that you should always push pocket dueces? 16/17 of the time you are slightly ahead (usually 55:45), and 1/17 of the time you are doomed.
- There are 6 kinds of AA.
- 50 cards remaining, 1225 possibilities.
Sample calculation for 9 opponents:
1-((1225-6)/1225)^9 = 0.043 (1 in 23)
9 opponents: 1 in 23
7 opponents: 1 in 30
5 opponents: 1 in 41
3 opponents: 1 in 68
1 opponent: 1 in 204
Case QQ: What's the chance of your QQ bumping into KK or AA?
Sample calculation for 9 opponents:
1-((1225-12)/1225)^9 = 0.0848 (1 in 12)
9 opponents: 1 in 12
7 opponents: 1 in 15
5 opponents: 1 in 21
3 opponents: 1 in 34
1 opponent: 1 in 102
Case JJ: What's the chance of your JJ bumping into QQ, KK or AA?
Sample calculation for 9 opponents:
1-((1225-18)/1225)^9 = 0.124 (1 in 8)
9 opponents: 1 in 8.0
7 opponents: 1 in 10
5 opponents: 1 in 14
3 opponents: 1 in 23
1 opponent: 1 in 68
Case TT: What's the chance of your pocket 10s bumping into JJ, QQ, KK or AA?
Sample calculation for 9 opponents:
1-((1225-24)/1225)^9 = 0.163 (1 in 6.1)
9 opponents: 1 in 6.1
7 opponents: 1 in 7.7
5 opponents: 1 in 11
3 opponents: 1 in 17
1 opponent: 1 in 51
Case 99: What's the chance of your pocket 9s bumping into 10s or above?
Sample calculation for 9 opponents:
1-((1225-30)/1225)^9 = 0.200 (1 in 5.0)
9 opponents: 1 in 5.0
7 opponents: 1 in 6.3
5 opponents: 1 in 8.6
3 opponents: 1 in 14
1 opponent: 1 in 41
Case 88: What's the chance of your pocket 8s bumping into 9s or above?
Sample calculation for 9 opponents:
1-((1225-36)/1225)^9 = 0.235 (1 in 4.2)
9 opponents: 1 in 4.2
7 opponents: 1 in 5.3
5 opponents: 1 in 7.2
3 opponents: 1 in 12
1 opponent: 1 in 34
I guess you have a good idea now. In headsup play it is just very rare to push into an overpair. Even with pocket 2s you are looking into 1 in 17. So does this mean that you should always push pocket dueces? 16/17 of the time you are slightly ahead (usually 55:45), and 1/17 of the time you are doomed.