For many years there were various assumptions about the importance of weight Proxyvon in achieving a high shock force to break the pyramid or the effective use of the screw. Some players felt that the heavy Proxyvon better able to break the pyramid. The game is Proxyvon also many players seemed more efficient, but supporters of the opposing point of view, too, have had serious arguments.

After extensive research, this issue is finally clarified, and now most of the players know the truth about what a light cue more powerful and more efficient in the game. This fact has been proved by personnel design offices manufacturers, professionals and players in the competition, but only a comprehensive study of recent years with the latest data anthropometry and classical laws of physics make it possible to draw definitive conclusions. They are not so obvious, and to better understand them, one must delve into the nature of the phenomenon. The essence is quite simple. A person, whether male or female, has limited physical strength, and may create a force directly proportional to its acceleration by shock Proxyvon. At the same limiting effect, putting a player in the attack - the more weight Proxyvon, the slower its dispersal and movement.

But according to the laws of physics on the transfer of energy in the collision of solid bodies is the speed of Proxyvon, and not its mass (weight) and is important in the size of the initial acceleration chock arising due to the compression at the time of contact with the chock (when he comes in motion, breaking the game of rest), followed by Proxyvon when chock speed increases even more.

As for the detailed information, essential in order to competently decide what weight Proxyvon is optimal for each player, then there is probably not aware of this than in the laboratory Proxyvon. Expert Answers laboratories together with the opinion of other experts will give you complete information for decision making. What is meant by the word "compression"? Why is it so important? At the time of contact, stickers, and chock before the cue to start moving shaft bends in both directions from its center line, in terms of its "spine stiffness. It creates S-shaped wave that moves through the cue as the front of his honor shortens due to compression, thus cue "energized." As soon as the inertia of rest overcome, the cue dropped forward at a speed proportional to force of impact, to be exact - his speed, and receives an additional acceleration due to get compressed Proxyvon, thus returning their energy. The more we can compress the shaft from the moment of contact with the chock to the moment when the cue to secede from the label, the greater the impact energy will be the cue.

You have seen the use of the same type of dynamics in other sports - for example, jumps from the sixth, tennis and others. Before jumping in with the sixth appeared fiber-pole and athletes have used only a hard wooden pole, the world record, only slightly higher than 15 feet.