1946-47]. I do love to … I couldn't resist this wonderfully explosive video on YouTube showing the unfortunate end of a red gummy bear when mixed with potassium perchlorate. I have done the small gummy bear several times, and use more protection. It is this reaction that will be studied in this experiment. 1946-47]. Posted by 2 years ago. A catalyst is a substance that causes an increase in the rate of a chemical reaction without being used up in the reaction. Potassium chloride and a gummy bear would be a waste of a gummy bear's sugary goodness. In truth all Freiburg chemistry students use the rooms in the chemistry skyscraper for their experiments. The heat produced continues to decompose the potassium chlorate resulting in a very rapid combustion reaction. Chemical Reaction. Despite its barren, lifeless appearance, the moon has many interesting physical features. 2KClO 3 (l) → 2KCl(s) + 3O 2 (g) level 1. PART V: Lead Nitrate and Potassium Iodide Appearance of Lead Nitrate Solution Appearance of Potassium Iodide Solution ting) Appearance of Resulting Its lack of an atmosphere also makes it more vulnerable to being struck by asteroids, meteorites, and other objects from space. If a drop of a solution of sulfur dioxide in ether or alcohol is added to powdered potassium chlorate, the mass explodes [Mellor 2:311. Although, not as fun to light campfires as iodine, ammonium nitrate and powdered zinc. Unlike our planet, the moon has no atmosphere, so it is unable to support life. Close. The last reaction, the decomposition of potassium chlorate, includes manganese(IV) oxide (MnO2) as a catalyst. level 2. Now, potassium perchlorate and powdered magnesium are pretty cool. This is a very exothermic reaction and there are YouTube videos showing this demonstration. A mixture of potassium chlorate and sodium amide explodes [Mellor 8:258. PART IV: Potassium Chlorate and Glucose (Gummy Bear) Appearance of Potassium Chlorate Before Reaction Appearance of Gummy Bear Before Reaction Evidence of Chemical Reaction. The heat from the combustion decomposes the potassium chlorate further, accelerating the reactions, causing the tube to glow brightly and liberate clouds of white vapour. Potassium chlorate and sulfuric acid react to cause fire and possible explosions [Mellor 2:315. A group of German and French students are standing in a lab and are demonstrating how a gummy bear turns to a bright glimmering flame when placed in melted potassium chlorate. gummy bear lab answer key Golden Education World Book Document ID a25dad32 Golden Education World Book Gummy Bear Lab Answer Key ... water in this lab you will measure the movement of water by measuring the change in size of a gummy bear procedure initial day day 0 as the gummy bear sits in the solutions dye from the bear will leak out Potassium chlorate produces nice flames when heated with carbon. The thermal decomposition of potassium chlorate produces potassium chloride and an excess of oxygen, which is sufficient to ignite the Gummi bear. World's Largest Gummy Bear In Potassium Chlorate. 1946-47]. Not that I'd ever do that stuff. A gummy bear contains 2.67 g sucrose, C 12 H 22 O 11. Potassium Chlorate vs Gummy bear ... Chemists often hate worrying about path functions- state functions (which depend only on the final state and initial state, not on how they got there) are much more useful. 8.8k. Determine the … the potassium chlorate to start decomposing, rapidly releasing oxygen gas, which causes the gummy bear to ignite. 2KClO This demonstration is typically done using potassium chlorate and sugar, usually in the form of a gummy bear. He's lucky that initial splash of chemicals didn't go about a foot further. When it reacts with 7.19 g potassium chlorate, KClO 3 , 43.7 kJ of heat are produced.