Where are Zeno and Cantor when you need them?Hmmm...you and I must define the word "finite" quite differently.
Where are Zeno and Cantor when you need them?Hmmm...you and I must define the word "finite" quite differently.
Where are Zeno and Cantor when you need them?
Hmmm...you and I must define the word "finite" quite differently.
How many stars are in the Milky Way and how many galaxies are there?
How many grains of sand are there in a beach?
How many molecules of water are there in the ocean?
Are there any definite answers?
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These examples are different, in pool there's a finite amount of speeds, spins, angles, and distances. The table is also a finite size, so there's not as many unique pool shots as someone might think.
These examples are different, in pool there's a finite amount of speeds, spins, angles, and distances.....The table is also a finite size, so there's not as many unique pool shots as someone might think.<--Really ???
I agree with SJD. CJ no disrespect but it seems like his one you may have not considered all the variables. Consider that in theory every shot could be made by jumping, masse, or any other goofy 5 rail bank. If we are speaking of straight in, it should be finite. As soon as you add any shot not straight in your opportunity is unlimited.
I agree with SJD. CJ no disrespect but it seems like his one you may have not considered all the variables. Consider that in theory every shot could be made by jumping, masse, or any other goofy 5 rail bank. If we are speaking of straight in, it should be finite. As soon as you add any shot not straight in your opportunity is unlimited.
That might be true if those shots are all fairly close to pockets and/or if the pockets play like "giant buckets" (i.e., they aren't very "tight"), but with typical equipment and average shots that come up in typical game play, the number of required angles is much larger; and if you want to target different parts of the pocket, the number is much, much larger. For more info, see:There's really only 8 angles to make any shot on a pool table.
A five rail bank is not considered "a shot" in this scenario.
There's really only 8 angles to make any shot on a pool table.
"it's easy to make pool difficult, and difficult to make pool easy"
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Of course it depends on many factors. A guess was all that was suggested. I doubt if there's a right and wrong answer, I was more interested in what formula you'd use.
Einstein said there were over 6 Million possible shots on a pool table, do you believe this is fact, or another example of urban legend?....How many shots do you believe are possible on a pool table and what formula did you use to come up with your estimation?
So pocket billiards is a game with an infinite amount of shots? ...That's a wide range, so far, all the way from "1" to infinity. :thumbup: .....could it possibly be somewhere in between?
A five rail bank is not considered "a shot" in this scenario...There's really only 8 angles to make any shot on a pool table. "It's easy to make pool difficult, and difficult to make pool easy"
There's probably less than 30 in actual practice.
That's why people improve.
CJ isn't far off...once you include more exotic banks, that's how I got to about 30.