This website proves why the reactions need each other. “The heat produced continues to decompose the potassium chlorate resulting in a very rapid combustion reaction” (Chemical Reactions 2). In order for the combustion reaction to occur, the decomposition reaction needs to happen first in order to produce the heat and oxygen used in the next reaction. Because the reactions depend on each other, the two equations can be combined into one while still maintaining all the components: C6H12O6(s) + 8KClO3(s) = 12CO2(g) + 11H2O(g) + 8KCl(s). These reactions are simple and can be seen in your day-to-day life. Combustion reactions can be seen when you light a candle or build a fire. Decomposition reactions can be seen when carbonated drinks, such as soda, are left untouched and decompose into carbon dioxide and water. These basic reactions can be built up on and combined to create the more complex work we see in this
This website proves why the reactions need each other. “The heat produced continues to decompose the potassium chlorate resulting in a very rapid combustion reaction” (Chemical Reactions 2). In order for the combustion reaction to occur, the decomposition reaction needs to happen first in order to produce the heat and oxygen used in the next reaction. Because the reactions depend on each other, the two equations can be combined into one while still maintaining all the components: C6H12O6(s) + 8KClO3(s) = 12CO2(g) + 11H2O(g) + 8KCl(s). These reactions are simple and can be seen in your day-to-day life. Combustion reactions can be seen when you light a candle or build a fire. Decomposition reactions can be seen when carbonated drinks, such as soda, are left untouched and decompose into carbon dioxide and water. These basic reactions can be built up on and combined to create the more complex work we see in this