Billiards advanced skills and the use of a solid grasp of the fundamentals, the court will score high, the following let us introduce the most basic aiming method when playing the heel ball and pull the ball.
If we look at the main ball from the front, that is, from the line of sight parallel to the direction of the cue ball, the main ball is a circle, any point on this circle is the point of impact. This means that there are countless points of impact on the main ball. However, there are nine points that are the most basic of all the points on the ball. They are: center, top center, bottom center, top left, left, bottom left, top right, right, and bottom right. The various basic travel routes of the main ball are determined by these nine basic strike points. At the same time, the cue ball hit on the main ball of these nine different hit points will also produce different rotational movement. Therefore, beginner billiard players should memorize these nine basic hit points in order to use them correctly in hitting the ball. Of course, hitting the main ball left hit point by the side and by the center of the point, the result is not quite the same, but the difference is small, generally can not be seen, can only rely on more observation from practice, more practice to master. Strike the round main ball with a round club leather head. If the point of impact of the club strike is too close to the edge of the ball, it will cause the club to slip. Let’s assume that the ball is divided into ten equal parts, and if the club hits the main ball beyond 6/10ths of the way, it will easily slip. Therefore, only the portion of the ball that is hit within 6/10 is an effective part of the main ball. If you hit the ball at exactly 6/10ths of the way up, the ball will have maximum spin. When you begin to practice hitting the main ball at the point of impact, it is best to start by learning to hit the center of the ball at the point of impact. Don’t underestimate the center point, it looks and feels easy, but it’s not. When hitting the center point, if the main ball hits the target ball squarely, the main ball will stay where the target ball was. Can you hit it to see if you can locate it? I’m afraid it’s not very easy for a beginner to do. This is because when you prepare to hit the main ball in the downswing, due to line of sight errors, you tend to hit the ball according to what you think is the center point, but from the side view, the point you hit is not the center point, but a little above the center point. In other words, the half side of the ball reflected in the hitter’s eyes is different from the half side of the front of the ball that should actually be hit, and the slightly upper part of the actual center point is often mistaken for the center point of the main ball. Therefore, if a beginner wants to hit the center of the main ball accurately, he can first press the club according to the self-perceived center of the ball, and then raise the tail of the club a little bit, so that he can hit the center of the main ball. The speed of the main ball. Anyone who can play billiards knows that the most difficult part of playing well is how to control the amount of force (i.e., the amount of speed of the main ball that is hit out). Even if some people can hit the main ball’s point very accurately and understand the main ball’s traveling route very well, but they can’t control the amount of force to hit the ball well. The difficulty of hitting the ball hard is such that, frankly, even many pool players are not sure that they can get the power just right. Although the size of the force is such a bad experience, completely rely on the experience accumulated in the ball feel to grasp its proportion, but we can still make a rough analysis of the principles contained therein, which will play a role in guiding the actual practice of hitting the size of the force will play a role in helping. In physics, the amount of movement of an object is multiplied by its speed by its mass, if the mass of the club and the mass of the ball are equal, then the speed of the club and the initial speed of the ball should also be equal. But we know that in most cases the weight of the club is one to two times greater than the weight of the ball, so the initial velocity of the ball will be greater than the speed of the club; in the case of the weight of the club and the ball remains unchanged, they naturally maintain a proportional relationship between the two. It follows that a heavier club gives the ball a greater velocity than a lighter club, and that a lighter ball has a greater initial velocity than a heavier ball.