Science Magic Tricks - The Paper Band

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This science magic trick is founded on a field referred to as “topology. ” By creating loops from newspaper strips, you have the ability to cut these people and differ the outcomes : 1) 2 separate rings, 2) one extended ring and three) 2 interlinked rings. 
Technically, perhaps one of the paper strips applied to this science magic trick has a formal name, “Mobius strip” or “Mobius band. ” A Mobius strip has merely one facet of course f you had been to trace along one facet of the strip, you'd eventually traverse each side of the strip just before going back to your original position.

Mobius bands have applications in belts. The edge remaining which the belts can wear longer as a result of each side are now being used. The bands are named when August Ferdinand Möbius, a nineteenth century German mathematician.  

These curious bands are actually used as magic tricks, traditionally, referred to as “Afghan Bands. ” You can recreate this magic trick having a Mobius band by next the directions right listed below. 

Materials :
Three strips torn given by a newspaper, concerning an inches wide. Tear the paper the extended way 
Tape or glue 
Scissors 


With the very first few strip, form a loop and glue or tape the ends together. 


Cut through the dead center of the loop, as indicated via the dashed, red line. 


You'll finish up along with 2 separate loops. 


With the next strip, form a loop once more but angle the strip (a half angle) just before glueing or taping the ends together, as shown inside the picture. This will be the Mobius band. If a bug were to crawl along side loop, it might walk across each side of the band just before going back to the beginning purpose. 


Cut through the dead center of the loop, as indicated via the dashed, red line. 


You'll finish up along with a sizable, one loop. 


With the third strip, form a loop once more but angle the strip doubly just before glueing or taping the ends together, as shown inside the picture. 


Cut through the dead center of the loop, as indicated via the dashed, red line. 


Tada!!.. You'll finish up along with 2 loops which are connected together.

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