When the energy transfers, the top pin moves up while the bottom pin slows down, and a gap is created between the two pins. As the peaks hit the pin stacks, energy is transferred from the bottom pins to the top pins, much like the action of the cue ball in billiards. When inserted quickly in and out of the keyway and rubbed along the bottoms of the pins, they tend to make each pin stack "jump" rapidly. I usually find that the very top of the plug, directly in front of the pins, to be a good place to apply torque, but you have to be careful that the tool doesn't touch the front-most pin. If you inadvertently push a pin up too far or are applying so much torque that more than one pin is binding, you may have an overset pin instead. You may hear a faint "click." This is because you've pushed the cut (between the bottom and the top pin) up to exactly the shear line.

If pushed up, it eventually sets and the plug turns slightly (and the pin stack's state changes to set/not-binding). Only one pin stack should be in a binding state at any given time, of course. While continuing to apply torque, slowly push the binding pin up. While pin-at-a-time picking is usually the most reliable way to open a given lock (and the skills used essential for mastery of other techniques), raking can sometimes open a lock more quickly. Raking, in contrast, is a class of picking techniques in which several pin stack may be set at the shear line simultaneously. If the shear line is within this gap as torque is applied, it may set. It feels "springy," as it does when no torque is applied. If both feel springy, you're not applying enough torque (which is unlikely). Figure 5. Applying torque. Again, try to find and lift all the pins with the different hook picks without applying any torque. The handle of the torque tool serves as a lever to turn the plug. It's binding because it's the one most out of alignment in the direction you're turning, and so its top pin is being pinched (gently) between the plug and the shell.

When the plug turned slightly, it trapped the top pin above the shear line, preventing it from re-entering the plug. Note that while many locks pick predominantly back to front or front to back, there are exceptions, and you may find that the binding pin stack "jumps around" from the back to the front to the middle and so on. Billiards uses tables without pockets with 3 balls while Pool uses tables with 6 pockets and 8 balls. One of the white balls is usually spotted to make it distinctive (in some cases, a yellow ball is used). You'll probably want to use one of the smaller LAB picks, although the small Peterson hook will sometimes do with care and practice. Suppose you want to play a game of billiards (or pool, or snooker, or whatever takes your fancy), but instead of playing on a rectangular table, you play it on an elliptical table. So grab your cue stick, head to the nearest billiards table, and enjoy the thrill of the game!

Size: Carom billiards tables are typically 10 feet by 5 feet. There are 18 balls in this game and one white cue ball, which is the only ball the cue ever contacts. However, it is worth experimenting with different rakes and raking techniques to find one or two that work well for you. While many of the principles of pin tumbler lock picking apply or can be adapted to other mechanical lock designs, a complete discussion of these locks and techniques for defeating them is beyond the scope of this document. Some of the early billiards tables had obstacles such as hoops or pegs while others had pockets. It features a table the same size as a billiards table but with less cushioning on the rails and pockets set at the corners and midpoints of the longer edges. All three table sports are fun to play. 1. Do I need my own billiards table to start playing? The cue is arguably the most important piece of equipment in billiards. Aim your cue stick accordingly, what is billiards taking into consideration any spin or English that may be required for optimal contact. You may need to turn the pick a bit to fully lift the pins.