Can the rotation of the cue ball of a billiard ball make the target ball rotate

Even if it does, the effect is very small, because if the kinetic energy of the cue ball's rotation is transferred to the target ball, the cue ball's rotation will be reduced. If the ball is dirty and old, this effect may be a little more, and if it is a game situation, the ball is smooth, and the friction should be very small when colliding, and it is easier to hit a low game.

Probably not, because only one side of the cue ball can touch the target ball at the moment of impact, and it cannot transmit the rotating force to the target ball, regardless of whether the cue ball is spinning or not.

Yes, some things must be seen with your own eyes, don't say you can't play it with your own feelings, say you can't play it to see, that year Ding Junhui and Trump played in Guangzhou, Xiaote had a shot, the far platform was boring, the red ball hit the bottom library vertically, and then plugged it and mixed directly into the middle pocket!

Generally speaking, there is little point in spinning the target ball, and it is rarely used in actual games.

And unless there is a reservoir or static electricity, it is difficult to type. It is advisable not to waste time on this.

Many people say that the gear effect, the ball that is not under can also be spun and plunged in.

Isn't it just a pinion that is used for double down?

If you don't take the American style, you will know.

That's a good question.

I only know that the low game can make the target ball roll forward more, and it is generally used occasionally when it needs to be double-downed. In fact, there is no need to dwell on such a theoretical thing, it is not practical.

Summary. The double reload legal schematic now connects x and x', forming xx'this line. Translate this line to both sides until it is tangent to the target ball, and the straight line is m2; Tangent to the cue ball, the straight line is m1.

The area between the two tangents m1 and m2 is the degree of coincidence. To put it simply, find the point of impact x, determine the distance from x to the tangent m2 of the target sphere, and multiply this distance by 2 in the opposite direction. If you find this position, you will know the size of the coincidence degree.

The answer is a little bit more, and it takes a bit of time to type.

Schematic diagram of coincidence degree: The example on the left shows that the size of the overlapping part of the cue ball and the target ball is one-half of the size of the target ball.

What is the coincidence method? The example on the right shows that the size of the cue ball that coincides with the target ball is two-thirds of the size of the target ball.

Schematic diagram of the coincidence method.

The schematic diagram of the coincidence method first determines two lines: the connection line l1 between the cue ball and the target ball; The line between the target ball and the mouth of the bag L2;

Therefore, the method of determining the degree of coincidence of the aim by the angle of caution is called the coincidence methodApplication skills of the coincidence method The angle and the aiming coincidence degree are fixed, and the corresponding degree of respect in one Chang is shown in the figure below.

Re-talk about the correspondence between the degree of grip and the angle of the map, do not remember every angle, only contain the block, remember the 15 degrees, 30 degrees and 45 degrees of the three angles of the corresponding degree of coincidence, and strengthen the practice, proficient. Other angles can only be slightly adjusted on the basis of these angles.

The double reload legal schematic now connects x and x', forming xx'this line. Translate this line to both sides until it is tangent to the target ball, and the straight line is m2; The attack is tangent to the cue ball, and the straight line of the first curve ruler is m1 at this time. The area between the two tangents m1 and m2 is the degree of coincidence.

To put it simply, find the point of impact x, determine the distance from x to the tangent m2 of the target sphere, and multiply this distance by 2 in the opposite direction. When the seeker reaches this position, he knows the size of the coincidence.

See if the cue ball and the target ball form a sticker. If it is pasted together, it is enough to hit the female brigade liquid ball out from the opposite direction of the target ball. If you don't get a rolling object, just stand up the cue stick at 90 degrees, hit the back 4 1 of the cue ball with a tie stick, and use the rotation of the cue ball to bounce the target ball away.

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