The Ultimate Secret Of How To Calculate The Path Of A Pool Cue

It would seem that if you were able to aim perfectly on every shot, you would pocket every ball. However, when a player misses a shot, it is rarely their aim that has let them down. However, its quality materials and reputation come with a hefty price tag you’ll want to consider heavily prior to purchase. For example, if the cue ball is at the side pocket, the object ball is on the corner pocket and the straight path along the rail is blocked, you may want to bank. Depending on the circumstances you may want to have the cue ball follow this line. The possibilities are endless depending on the layout of the cue ball, the object ball and any other balls blocking the path. You also have to ensure that the cue ball will not interfere with the object ball’s path after impact when you’re planning your bank shot.

This includes the three factors that determine the path of the cue ball after striking the object ball; tangent line, spin, and speed. If that is the case you need to have the cue ball sliding, not rolling or spinning when it makes contact with the object ball. In some shots you need to hit lower on the cue ball so it starts out spinning backwards but has stopped spinning at the moment of contact with the cue ball. If a cue ball is rolling when it contacts an object ball (Topspin), or spinning backwards (Draw), when it contacts an object ball, How to calculate the path of a pool cue the cue ball will roll forward or behind the tangent line. My students became captivated by the question of predicting where a ball will bounce on a rectangular table of different dimensions. Identifying and understanding the tangent line on each and every shot will become a guide to your controlling the cue ball and becoming successful at position play. Here Barry demonstrates a bit of table geometry which could help you determine the outcome of your shot and help to place you in a better position against your opponent. Barry also refers back to yesteryear and how knowledge gained from billiards helped snooker legend Joe Davis become such a great player.

Some knowledge with regard to the geometry of a snooker table can enhance your play. By using a geometric design, the practice cue ball and object balls allow players to easily see the spots that need to be hit to sink a pool or snooker ball into the pocket. The regulation-sized ball features various marking to assist players with practicing their topspin, sidespin, backspin, and other crucial forms of cue ball control. If you have perfect control over how you strike the cue ball and where to aim it, you can always predict what will happen. In some cases you simply need to hit harder to keep the cue ball sliding over a longer distance. For example, the Aramith Jim Rempe Training Cue Ball (YouTube video) is the product of a collaborated effort between the renowned billiard brand Aramith and famed professional pocket billiards player James Rempe. "Geometry Word Problem: A Perfect Pool Shot (Video) | Khan Academy". To train and become better at pool and cue sports, players need a training cue ball that helps them know where to hit the cue ball to pocket the object ball.

The majority of American billiard tables have them, most professional players swear by them and beginners wonder what their purpose is. At first it seemed straightforward, and reducing the question to smaller tables led them to believe they had the answer. "Cue Ball Direction For All Types Of Shots - Billiards And Pool Principles, Techniques, Resources". As a result, the Billiard Ball Problem has become one of my favorite lessons. One way the diamonds can be helpful when playing is to aid your bank shot. This is just one example of how you might use the diamond system for banking. The diamonds form invisible lines on a table, which go from diamond to diamond; from left to right. Since the side pocket is four diamonds away from the corner, divide by two and hit the opposite rail on the second diamond, halfway between the corner and side pockets. First, remember that the angle that the ball enters the rail is the angle that it will leave, known as mirrored angles. Simply defined, the tangent line is the natural direction a sliding cue ball takes after contacting an object ball.