henry bleach and Catalase In this investigation I afford 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 peroxide is decompostured. Hydrogen peroxide (H202) is a wrap up reprehensible liquid, which is produced during respiration. If this demonstrates 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 hypothesise that the higher the meanness of Hydrogen Peroxide, the more bubbles will induce out. The purer the Hydrogen Peroxide, the quicker the reaction rate. Because I am going to change the ingress of Hydrogen Peroxide after each experiment, I loaf to in mind t hat fewer bubbles will come out. This is because on that point will be little Hydrogen Peroxide in the beaker so there will be less to decompose. I also think that if I double the ingress, I will see double 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 chart below. My Knowledge ------------ Reactions happen all the magazine all around us e.g. a balloon bursting, a cake baking, an apple ripening and discharge a fire. Some of them argon genuinely slow, ! while rough are very fast. Different reactions have different rates. The rate of a chemical reaction is the hurrying 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 kernel they will carry around quicker. This makes it easier for them to react together. When...If you want to get a affluent essay, order it on our website:
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