what is the radius of holes (corner + side)on billiard tables slate?
357532
The official standard radius of Billiard table slate is 4.5 inches but in close examination with whats in my Snooker hall i found that different manufacturer have a different cut slate but they all sort of ranges aroung the 4 to 5 inches radius. I hope this helps answer your question.
614589
width = 5 \nlength = 12
982506
what hole?\n\neither way diameter is length across, straight through the middle point of the 'hole'\n\nthis line should then make two perfect (or close to perfect) semi-holes (or semicircles)
788366
May I suggest you try Google,\nIf you're after the rules of snooker, try searching for 'snooker rules'.\nIf you're after rules for the various forms of pool you could try 'pool rules'
784249
Sides on a fifty pence piece
838721
Go to the BCA website.  The BCA (Billiards Congress of America) is the North American representative of the WPA (World Pool and Billiards Association).  These are the world standardized rules.  Also, you may want to pick up a copy of the BCA's official rules and records book.  Happy shooting.  M.D.-BCA Instructor/Referee.
557989
You can't. It depends on which way the diameter is turned in the circle. There are an infinite amount of solutions. Tell your teacher to be more specific.\n\ntosmith
24869
List is a bit long, so heres the link:\nhttp://en.wikipedia.org/wiki/List_of_geometric_shapes
1092713
triskaidecagon\n\nor a 13-sided polygon, haha.\n\nCheck the source for polygon names from 1-20 sides  :)
814748
The obtuse angles of the trapezoids will be (in degrees) 90+invtan((57.35-29.27)/(2*27.54)), which is approximately 117 degrees.\n360 degrees minus the sum of two of these angles (126 degrees) is the interior angle of whatever regular polygon you are trying to make.\nThe interior angle of a regular hexagon is 120 degrees.\nThe interior angle of a regular heptagon (7-sided polygon) is approximately 128.57 degrees.\n\nTherefore, you could put 6 of these tables into a circular arrangement and have some extra space between the front edges of the tables, or you could put 7 of these tables into a circular arrangement (a better fit) and have a little bit of extra space between the back edges of the tables.\n\nIt would also look more interesting to have heptagonal arrangements of tables in the room.
41820
I would just measure it, cut the measurement in half for your radius, then set your geometry set or watever to that radius. Draw the circle, drill a hole in the circle and cut with a jigsaw. Then make sure the hole is snug, and use silicon for sealant ( may need stronger if it is enclosed )
977227
I'm going to paste my answer from a similar question below.\n--------------------------------------------------------------------------\n Best Answer - Chosen By Voters\n\nFor my pool balls on my home table, I use a product called "Novus Plastic Polish No. 2". Call 1-800 548-6872 for information on a distributor. First, clean the balls with a dry cloth to remove any dust and other particles. Then apply some of the polish, about the size of a penny, and using a separate cloth, work the polish all the way around the ball. Then using a third dry cloth, wipe off the polish and set the ball in a tray to air dry. If you have the original box that the balls came in with the foam inserts, that works perfectly. You really don't need to bring soap and water into it, but it won't hurt anything. Avoid using any kind of wax not specifically designed for billiard balls. It can leave a buildup on the cloth and the tip of your cue. M.D.-BCA Instructor/Referee.\n----------------------------------------------------------------------------\nBest of luck.
819497
Try the site below, that have tables on all the rackets....
1173900
the tables, the balls, the cues, the rules, there's loads of differences!!\n\nBilliards - http://www.mastersgames.com/rules/bar-billiards-rules.htm\n\nSnooker - http://www.billiardworld.com/snooker.html\n\nPool - 2 types:\n\n9 (black ball) pool - http://www.epa.org.uk/wrules.php\n\n8 ball - http://arseweb.com/rupe/pool/uk_rules.html\n\nEnjoy!
208250
The neat thing about geometric optimization is that the optimum shapes are always a perfect square, circle, triangle, sphere, etc. depending on what shape you are working with. In this case, a perfect half sphere with a 8m radius would hold the most water for the given surface area.
365033
Pool tables come in 4 sizes  6, 7, 8, and 9 feet... professionals use 9 foot tables ... like on espn2
460650
Make sure your club face is square.