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What Is The Lowest Score Possible For A Clearance In Snooker ?
58 Answers
what is the lowest score technically possible for a clearance in snooker ? from a single visit.
I make it 37
Am i correct ?
I make it 37
Am i correct ?
Answers
looks as if you are correct . . . The player breaks and all 15 reds are potted (not likely but theoreticall y possible): 15 points He takes one yellow with these reds: 17 points He pots yellow, green, brown, blue and pink: 37 points He then pots the black but goes in off with the white so the black does not count! Total score: 37 points
21:07 Sun 18th Nov 2018
Who's being uppity? On the other hand, that's the second time today that you've called me flat-out wrong when I've been quickly able to produce evidence showing nothing of the sort. It's impressive that you can still spin that to be my problem, rather than yours. Don't call people wrong so bluntly if you haven't actually checked your own argument -- a lesson I should have thought was obvious.
What do you mean by "clearance"?
My definition of a clearance is when all the remaining balls are potted. Thus the lowest possible clearance is seven - when only the black remains. Of course it could be argued that the lowest possible is zero. If a player approaches the table with six or less points between him and his opponent and with only the black remaining, if the black is potted by means of a foul stroke (scoring zero points for the player at the table and seven penalty points for his opponent) then the frame is over.
However, if the question really is what is the lowest clearance when all balls are still on the table the answer is, as quoted, 37. All 15 reds potted in one stroke followed by a yellow (17). Then 20 for all the colours bar the black (potted with a foul stroke).
A popular question is “what is the lowest total score possible in a frame?” The answer to this is 31. All reds potted by means of a foul stroke (4 penalty points). Then 27 for the colours – total 31. Thus the lowest winning score (in similar circumstances) is 16.
My definition of a clearance is when all the remaining balls are potted. Thus the lowest possible clearance is seven - when only the black remains. Of course it could be argued that the lowest possible is zero. If a player approaches the table with six or less points between him and his opponent and with only the black remaining, if the black is potted by means of a foul stroke (scoring zero points for the player at the table and seven penalty points for his opponent) then the frame is over.
However, if the question really is what is the lowest clearance when all balls are still on the table the answer is, as quoted, 37. All 15 reds potted in one stroke followed by a yellow (17). Then 20 for all the colours bar the black (potted with a foul stroke).
A popular question is “what is the lowest total score possible in a frame?” The answer to this is 31. All reds potted by means of a foul stroke (4 penalty points). Then 27 for the colours – total 31. Thus the lowest winning score (in similar circumstances) is 16.
But you can pot more than one red at a time, grumpy.
Whilst I accept that potting 15 reds with one shot is about as improbably as it gets (but is nonetheless a valid consideration when discussing the question theoretically) it is not at all unusual to pot two reds with one shot. You've also neglected the fact that the final black can be potted by means of a foul stroke and hence score zero. (Admittedly the opponent receives seven points and that would count towards the aggregate score, but not the winner's).
Whilst I accept that potting 15 reds with one shot is about as improbably as it gets (but is nonetheless a valid consideration when discussing the question theoretically) it is not at all unusual to pot two reds with one shot. You've also neglected the fact that the final black can be potted by means of a foul stroke and hence score zero. (Admittedly the opponent receives seven points and that would count towards the aggregate score, but not the winner's).
Why just the black?
All of the colours would have been potted by means of a foul stroke. Thinking this through, all six of them should be re-spotted. Taking a more plausible example along the same lines, a player pots the final red and with the same stroke pots a colour (any one, doesn't matter). Foul stroke, no points for the red and points away depending on the colour illegally potted. That colour is re-spotted. If he should happen to pot two colours as well as the red, both of them would be re-spotted. So if he pots all six colours along with the red.....? (And the foul stroke does not have to involve an in-off. Simply potting a colour along with the red of course constitutes a foul).
So JJ's solution is not really a runner. I would suggest that he gives seven away and all the colours would be respotted.
All of the colours would have been potted by means of a foul stroke. Thinking this through, all six of them should be re-spotted. Taking a more plausible example along the same lines, a player pots the final red and with the same stroke pots a colour (any one, doesn't matter). Foul stroke, no points for the red and points away depending on the colour illegally potted. That colour is re-spotted. If he should happen to pot two colours as well as the red, both of them would be re-spotted. So if he pots all six colours along with the red.....? (And the foul stroke does not have to involve an in-off. Simply potting a colour along with the red of course constitutes a foul).
So JJ's solution is not really a runner. I would suggest that he gives seven away and all the colours would be respotted.
Ninnynanny . . .
42? . . . not sure about that . . . .
If all 15 reds are potted in a single stroke - the score would be 15. The next ball with the lowest value colour would be yellow - 2. If potted, the score would be 17. The yellow would be returned to the table and potted again - score = 19 followed by Green 3, Brown 4, Blue 5, Pink 6 and finally Black 7. That would make 44 - wouldn't it?
42? . . . not sure about that . . . .
If all 15 reds are potted in a single stroke - the score would be 15. The next ball with the lowest value colour would be yellow - 2. If potted, the score would be 17. The yellow would be returned to the table and potted again - score = 19 followed by Green 3, Brown 4, Blue 5, Pink 6 and finally Black 7. That would make 44 - wouldn't it?
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