Coin in a ball of wool. Effective trick and its solution

EFFECTIVE FOCUSES AND THEIR CLUES
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Coin in a ball of wool. Focus Secret

Spectacular tricks and their clues

Directory / Spectacular tricks and their clues

Focus Description:

The easiest and most effective way to finish the coin trick is to pass the marked coin into the center of a large ball of wool, which must be unwound before reaching the coin.

Focus secret:

In addition to the ball of wool, you will need a flat tin tube, 7,5-9 cm long, and just thick enough to allow the coin to easily pass through it.

You prepare for the trick by winding the wool around one end of the tube so that the tube protrudes 2,5 cm from it. You put this ball in your pocket.

You begin the trick by asking someone to mark the coin, which you immediately exchange for your own, and leave the latter in the care of the spectators while you retire to look for your ball of wool, or simply take it out of your pocket.

Before removing it, you pass the occupied coin through the tube into the center of the ball, and pull out the tube, squeezing the ball so as to remove all traces of it. Then you expose it to the public and put it in a glass goblet or goblet, which you pass to the viewer to hold.

Then you take a replacement coin and announce that you will discreetly transfer it to the very center of the ball of wool, and you do this by getting rid of it using one of the techniques described in previous chapters.

Then you ask a second spectator to grab the free end and unwind the ball, and when he does, the coin will fall into the goblet.

The only drawback of the focus is the lengthy unwinding process. To avoid it, some magicians resort to a wheel adapted for this purpose, which greatly simplifies this operation.

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Water repellent glass 16.01.2008

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“Water is completely incapable of moistening the new material we have created. It is unlikely to be useful for making a raincoat. But as a coating for the bottom of a ship or bridge supports, it may well save a lot of energy and money,” says John Simpson from the Oak Ridge Laboratory (USA).

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