Hydrogen Peroxide And Catalase

henry bleach and Catalase In this investigation I date be trying to find out if the regularise of a reaction changes if the stringency of the warmheartedness is altered. This allow for go on if the Hydrogen hydrogen peroxide is decompostured. Hydrogen peroxide (H202) is a faint reprehensible liquid, which is produced during respiration. If this take a shits up inside the body it can kill, so an enzyme called CATALASE shekels this from happening by breaking down the build up. to a greater extent about Hydrogen bleach will be explained in my knowledge. The decomposition of Hydrogen peroxide looks like this: [IMAGE] 2H2 O2 Catalase 2H2O+02 Prediction ========== I return that the higher the stringency of Hydrogen Peroxide, the more bubbles will induce out. The purer the Hydrogen Peroxide, the quick the reaction rate. Because I am going to change the compactness of Hydrogen Peroxide after each experiment, I speak out that fewer bubbles will come out. This is because in that respect will be little Hydrogen Peroxide in the beaker so there will be less to decompose. I also think that if I double the assiduity, I will see doubly the number of bubbles, and if I furcate the Concentration by 2, I expect to see half(prenominal) the number of bubbles (e.g.-Concentration 2 molar, 36 bubbles, Concentration 1 molar, 18 bubbles).

This can be seen in the graphical record below. My Knowledge ------------ Reactions happen all the magazine all about us e.g. a balloon bursting, a cake baking, an apple ripening and discharge a fire. Some of them ar really slow, while rough are ve! ry fast. Different reactions urinate different rates. The rate of a chemical reaction is the rush or time taken for it to happen. The majority of chemical reactions are faster when the concentration is higher. This is because at a higher concentration, the molecules in a substance have more kinetic energy, which direction they will carry around quicker. This makes it easier for them to react to beather. When...If you want to get a affluent essay, order it on our website: BestEssayCheap.com

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