# data[].attributes.body
– potassium chlorate
– gummy bears or worms
– test tube (needs to have a large enough diameter to fit the gummy bear)
– ring stand and clamp that holds the test tube
– tweezers
– hot plate or Bunsen burner or ethanol burner

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In this demonstration, I melt some potassium chlorate in a test tube, then drop a Gummy Bear into it. This combustion reaction oxidizes most of the sugar within the Gummy Bear (Molecular formula, C12H22O11). Through the process of chemical decomposition, the products: carbon, H2O, and diatomic oxygent (O2) remain.

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Source 1
http://sites.jmu.edu/chemdemo/2011/06/14/gummy-bear-sacrifice/

Source 2
https://youtu.be/Pr1UYivhTfE
Source 3
https://www.youtube.com/watch?v=mamoT11TEV4
Source 4
https://www.youtube.com/watch?v=JOHdZsQXw7I

Source 5
https://www.csub.edu/chemistry/_files/Exploding%20Gummy%20Bears.pdf
Source 6
http://lecturedemos.chem.umass.edu/chemReactions5_5.html

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This demo was done at James Madison University, for more information visit: http://sites.jmu.edu/chemdemo

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-Exothermic Reactions
Reactions that release energy into the enviroment around them.
-Color Change
-Melting
-Smell Change

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Potassium Chlorate-

Oxygen-