It is not a pool table if it only has 4 pockets. If the table is from the 1700's, it could be an antique pocket billiards table.
John Quincy Adams had the first billiards table placed in the White House. Congress would not pay for it, so he paid for it himself. I do not know whether Adams' table had pockets. Pool and billiards are often used interchangeably, but some use billiards only to mean a pocketless game. The current pool table in the White House has pockets and was installed by George W. Bush.
It was not a pool table if it only had 4 pockets if it was made since about 1800. A 4 pocket table is most likely a bumper pool table.
The pocket openings for pool tables are measured between opposing cushion noses where the direction changes into the pocket (from pointed lip to pointed lip). This is called mouth. Corner Pocket Mouth: between 4.5 [11.43 cm] and 4.625 inches [11.75 cm] Side Pocket Mouth: between 5 [12.7 cm] and 5.125 inches [13.0175 cm] *The mouth of the side pocket is traditionally ½ inch [1.27 cm] wider than the mouth of the corner pocket.
The only thing it might mean would be number, but that is usually no. and not NO. NO would be nitrogen oxide (nitric oxide), but that would NOT appear in the periodic table, as it is a compound, and only ELEMENTS appear in the periodic table.
The upper right corner (except hydrogen, which is in the top left) in the Periodic Table. There are some non-metals in groups 1 and 14-18. The only non-metal in group 1 is Hydrogen. There are non-metals in periods 1-6.Where_are_non_metal_found_on_periodic_tableWhere_are_non_metal_found_on_periodic_table
I would imagine a substancial portion of the year would be spent in the bathroom.....
Yes it could. It would have a primary key for its own use and it could then have a foreign linking it to another table. If it is only linked to one other table, then it would only need one foreign key. It is also possible to have the same foreign key linking to more than one table.
This is largely based on your own comfort gauge. I would suggest trying several desk at a local office supply store before purchasing anything new to determine the height and width of desk you would need.
understand you need at leas 3 faces per corner to make a 3d object and all shapes on a regular polyhedron must be regular.triangles:tetrahedron,(3 per corner) octohedron,(4 per corner) icosahedron,(5 per corner) there is none with 6per corner because that would be 2d as all shapes must be regularsquares:cube(3 per corner) is the only one because 2 or 4 would both be 2d.pentagons:dodecaahedron(3 per corner) is the only one because the pentagon fits together in no other way.hexagons(non-existant)there are none because the simplest way of maching them(3 per corner) is 2d.
You only need to go to your pockets and put a hat on then take it off and the mask is on your pockets.
Yes, you need at least two edges to make a corner. For example, in a cube, the vertex is formed because three edges meet. In a regular square, each side meets to make a corner. If you had only one edge(corner)then it would just go on and on, and since there's not another edge to meet it, it would never make a corner anyway.
None of the conventional times tables have 13 in them, because it is prime. The only times table that would have 13 and 39 in it would be the 13 times table!