how ro work the pool stick stoke back an forth....?
968603
Practice stroking in and out of a coke bottle
891277
Once a pool cue has been bent or warped, it can never be completely fixed.  I'm not sure exactly how someone could bend the butt of a pool cue, as it is so thick.  But once it is bent, there's really no way to repair it.  Sorry to be such a downer, but I've never known anyone to be able to fix such a serious problem.  M.D.-BCA Instructor/Referee.
51955
rolling wheels with a stick, kick the can, etc
357832
To me the easiest way would be adjusting the position of the ball in your stance slightly.  If you slice it move it towards your front foot more so that the clubface gets turned more before you hit it if you hook it move it back a little so that the club face doesnt get that far turned before you hit it.
445749
try taking the bottom off and cleaning the ball
544926
If you use a drill on a basketball, it will go flat. Use an airpump instead.
1122511
dont make it wet that wont do anything make a fist with your hand and punch it into the pocket and push back the strings it should loosen up for girls sticks you cna undo the strings at the bottom MAKE SURE ITS NOT ILLEGAL (even though a lot of peoples are :) )
460378
The basic theory is that if you pump steam into a place where there is a piston, the piston will move up.  Then you release the steam and the piston will go down.  You connect the piston to something to get movement, such as some gears that turn the propellers or connect them to the wheels.  It's a bit more complicated than that, but that's basically how it's done.
760720
run a track backwards...builds butt muscles for leaping
492499
Excellent!  Once you get the hang of it, you're going to love billiards.  I recommend a site called Easy Pool Tutor to get you going.  It's fairly simple to navigate you around, and will get you started on all the basics:\nhttp://www.easypooltutor.com/articles.html\n\nOn the Cheese has some pointers for keeping your cue sticks in top performance:\nhttp://www.onthecheese.com/billiardstories/cuerepair.html\n\nAZ Billiards is a good all around billiards site.  Lots of information updated regularly, and good place to share tips with other players:\nhttp://www.azbilliards.com/\n\nAnd of course, my favorite, when you don't have a pool table around, you've got to keep practicing, and what better way than Yahoo! Pool.. It actually has helped my real game through practicing the angles and learning which spins will work:\nhttp://games.yahoo.com/games/front\n\nGood luck!
297150
Dude if your a regular sk8r, take your right hand, grab the middle of the board, quickly take your left foot off the board, place it on the ground, keep your right foot on the board and don't let it go with your hand, pivot a 180 on your left foot, push off the left foot and land fakie.If your goofy, sorry, just do the opposite of what I said. Aloha!
1108666
give the head some focus\ndeepthroat\nchange in speeds\nand play with the balls
724623
don't knock the 8-ball in until last, unless you're playing straight pool........ keep your eye-level as low as possible, use a smooth stroke.
229154
erm, bit hard to show you on the net. You rest the pool cue (tip end pointing away from you) between your thumb and finger of your non-writing hand, hold the cue with the other hand near the other end of the cue, slide the cue back and forth a bit to get used to it, then hit the white with the tip in the centre of the ball.\n\nGood luck
702512
I used to run one, you pull the handle back and it goes up; push it forward it goes down.
765131
#1 use conservation of energy:\n\nThe work done by the force of the raquet is equivalent to the kinetic energy of the ball.\n\nF*d=1/2*m*v^2\nyou have all of the variables except F.\n\nF=.5*.56*30*30/.5\n=504 N\n\n\n#2\nIt will take a force of:\n50*9.8*.5\n=245N\nto overcome the static friction\n\na) The net force accelerating the box is:\n250-50*9.8*.4\n=54\nwhich =m*a\nso a=54/50\n=1.08 m/s^2\n\nb) If the force is pushing downward it is an insufficient force to overcome static friction or keep the box moving against the kinetic friction.  The box is at rest\nIf the force is pushing upward at a 45 degree angle, then the force of static friction is\n(50*9.8-sqrt(2)*250)*.5\n=156N\nand the hoizontal component of the force is\nSqrt(2)*250=176\nwhich is strong enough to overcome the static friction.\nSo acceleration again using\nF=m*a=176-(156*.4/.5)\na=51.2/50\n=1.024 m/s^2\n\n\nj
734971
The way I use it is by just throwing it out there, near cover.  Then, I slowly hop it back, in little scoots, like 6-inch jumps at a time.  Each time I hop it, I reel the line to keep it tight enough to feel the slightest disturbance.  When you do, set the hook!