When combining one gummy bear, which is composed mostly of  saccharose with  run  atomic number 19 chloride, a  cherry-red chemical  reply occurs. A surprising amount of   zip up fastener us released by the reactant, and in process, the atom and  grain rapidly rearrange to  normal 3  products(CO2/water  dodge and KCl).  This   reception is said to be products favor. A favoured product  reception is where almost  either of the reactants, react to form products. In this  baptistery its sucrose and chiliad chlorate react completely to form   degree centigrade dioxide, water and  kibibyte chloride. This  reply is  exoergic,  cathartic  expertness in the form of   heat uping system and  lightsomeness (we  bay  window  regain flame a bright light during the experiment). The  muscularity released is  a interchangeable equal to the  hot content of the Gummy- Bear. This  reply shows the conversion of a form of  vigour to different forms  such as  caloric/heat  push and light energy. The potas   sium is acting like an enzyme in the reaction. It is basic every last(predicate)y like cellular respiration, it demonstrates the conversion of chemical substance bonds. For example, energy in  fodder like glucose is transformed into a specific form of energy that our body can use. It is the  alike(p) process for this gummy bear and  melt down potassium chlorate reaction.  Since, sucrose contains glucose, a gummy bear is used. Bonds of glucose  engage a  atomic reactor of energy in them and these bonds argon converted into different forms of energy. During the reaction, we can see the substance  approaching out of the test tube.  carbon copy dioxide and water  be ejecting from the tube. The same occurs with cellular respiration and our bodies. The molten  kB Chlorate oxidising properties  ar well shown. Sucrose is oxidized into Carbon, carbon dioxide and water. This reaction is  exothermic, releasing energy, as said before in the form of light and heat. The total energy released in t   his reaction is equal to the calorific conte!   nt of the Gummy bear. C12H22O11(s)+ 8 KClO3(l) +  heating plant ---->   12 CO2(g) + 11  pee(g)   + 8 KCl(s)Experiment 2: Oxidation of  glycerin by potassium permanganate jet permanganate is a in truth powerful oxidising   broker and when combined with  glycerin, an easily oxidized substance, the properties of  twain are  very well shown and a reaction occurs. When a few drops of  glycerin are placed in a pile of potassium permanganate, a redox type reaction occurs. This reaction is exothermic (releasing energy). With the  glycerin boiling giving off smoke and   stretch forth producing flame that spreads around the pile of potassium permanganate. All the glycerine is going to be consumed by the permanganate. Also in the reaction, both kinds of energy are produced. Light and thermal energy. After all the reactants of this reaction have reached the necessary activation energy, the pile of Potassium permanganate combusts into a very hot flame which is usually   portentous 1000 degrees C   elsius. Potassium permanganate oxidizes glycerine in a   autogenic reaction that generates a lot of energy in the forms of heat and light.

 It is said that items of food contain con cheekrable energy. With appropriate conditions, this energy is released much more rapidly than in our body. That is why this reaction appears so violent to our eyes. The energy is released very rapidly. The two reaction are really similar one to the other. 14 KMnO4 (s)  + 4 C3H5(OH)3 (l) ----> 7 K2CO3 (s) + 7 Mn2O3 (s)  +   5 CO2 (g)  +  16 H2O (g)BibliographyPotassium Chlorate Gummy Bear Violent Reaction, Ed. EBAUMSWORLD, 12th marchland 20   08< hypertext  air protocol://www.ebaumsworld.com/eli!   nks/view/139168/ >Gummy Bear Turbo Ownage, Ed. EBAUMSWORLD, ST Albans Science Dept ,10th march 2008. < http://www.ebaumsworld.com/  impersonation/watch/243467/ >POTASSIUM CHLORATE, Ed. International Occupational  safety device and wellness   tenet Centre (CIS), 9th march 2008. Potassium permanganate , Ed. International Occupational Safety and Health Information Centre (CIS), 9th march 2008. < http://www.ilo.org/public/side/protection/safework/cis/products/icsc/dtasht/_icsc06/icsc0672.htm>Potassium permanganate, Ed. Safety Officer in Physical   alchemy at Oxford University, 10th march 2008. < http://physchem.ox.ac.uk/MSDS/PO/potassium_permanganate.html >Rowe, Aron, 9th march 2008. < http://blog.wired.com/wiredscience/2008/02/video-potassium.html >                                           If you  trust to get a full essay,  state it on our website: 
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