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  1. Dec 28, 2023 · Gummy bears were invented in the 1920s by a German entrepreneur and come in a variety of flavors and colors, making them a fun and delicious treat for all ages. The world’s largest gummy bear weighs around 5 pounds, and gummy bears have been used to create impressive sculptures and artworks, showcasing their versatility and creativity.

  2. Sep 22, 2017 · Gelatin is the basis of what makes a gummy bear a gummy bear, but we first start with sugar, corn syrup and water. We have to use water to help the sugar dissolve, but then heat the mixture to about 240 degrees to boil off the excess until the mixture is only about 12 percent water. We then add gelatin and dissolve it into the mixture.

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  3. Jun 14, 2011 · This reaction happens quickly, so be ready for it. Clean up is not the easiest because there are charred bits stuck to the test tube. The reaction produces a sweet burnt smell. Potassium chlorate must be molten, a solution of it does not produce the same effect. An open flame melts the potassium chlorate much faster than a hot plate.

  4. Description. UPDATED! Now includes a digital version and digital quiz for teachers for teachers to offer both. In this lab, students will be expected to distinguish between atoms and molecules and describe the differences between pure substances and mixtures. Students will then make models of ionic and covalent molecules using gummy bears.

  5. May 14, 2023 · In conclusion, gummy bears shrink in salt water due to the process of osmosis. The high concentration of salt creates an imbalance in the solution, causing water to move out of the gummy bear and into the salty environment. As a result, the gelatin molecules break down and cause a change in shape and size.

  6. (a) Indicate if the precipitation reaction is endothermic or exothermic. (b) Write both the complete and net ionic chemical equations, including phase symbols, for the reaction that occurs when the two solutions are mixed. complete: net ionic: (c) Calculate the moles of the limiting reactant.

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