Looking for interesting reactions with paper

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SUMMARY

The discussion centers around safe and legal methods to creatively destroy flashcards for a video scholarship project. The user seeks alternatives to dangerous methods like gasoline, suggesting the exploration of chemical reactions involving paper. Notably, the conversation highlights the potential use of nitric acid to create nitrocellulose, a compound derived from treating paper with specific chemicals. This approach emphasizes the physical properties of paper, such as its cellulose content and porosity, to achieve interesting effects.

PREREQUISITES
  • Basic understanding of chemical reactions involving paper.
  • Knowledge of cellulose and lignocellulosic materials.
  • Familiarity with nitric acid and its applications.
  • Awareness of nitrocellulose and its properties.
NEXT STEPS
  • Research the process of creating nitrocellulose from paper using nitric acid.
  • Explore safe chemical reactions involving paper and other household materials.
  • Investigate the physical properties of cellulose and how they can be manipulated.
  • Learn about alternative methods for safely disposing of or transforming paper products.
USEFUL FOR

This discussion is beneficial for chemistry enthusiasts, DIY project creators, and anyone interested in safe experimental methods for altering or destroying paper materials creatively.

Bohrok
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A friend asked me for an interesting way to destroy a boxful of flashcards for a video scholarship. Being almost the 4th of July, I mentioned making some kind of fireworks out of them, but I want to give him something a little more... safe and legal. I tried looking on Google for chemical reactions with paper but didn't find anything I was looking for. Better than something like gasoline and a match, perhaps burning them but in a different way, or "dissolving" the flashcards with some chemicals...
Any good suggestions?
 
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I don't know what a flashcard is but paper is basically a collection of cellulsoic/lignocellulosic material. There isn't much you can do with it alone, but perhaps take advantage of its physical properties like using its ability to reform when wet and its porosity by incorporating impurities to give a desired effect.
 

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