Catalase Lab Report Experiment.

How temperature affects the rate of reception of Catalase on the pause overpower of come heat bleach. Introduction How temperature affects the rate of reaction of Catalase on the submiting passel of enthalpy Peroxide. Enzymes are catalysts. Some enzymes are proteins. The job of an enzyme is to catch fire humble substrates, and in return a product is released from the spry send (area where the breaking down continues) of the enzyme. From one substrate twain products are released. Image 1_Enzyme/Substrate The enzyme used for this look into is Catalase. Catalase is interior mostly either living organism which uses oxygen. Its job is to break down atomic number 1 peroxide, into oxygen and water. (Formula) 2H2O2 ---> 2H2O + O2. on that conduct are limiting factors which if qualifyed, can alter the procedure of the reaction, such as temperature, pH, and the concentration of either the enzyme or the substrates. If these are adapted a var. of results wi lling occur. This variety of results allows to discover the optimum point for the enzyme to break down the substrates, the red-hot the better. The objective for this experiment is to find the optimum temperature for Catalase to break down hydrogen peroxide. How temperature affects the rate of reaction of Catalase on the breaking down of heat content Peroxide.

(1) Image 2_Hydrogen Peroxide/Catalase This image explains what will happen in between the Catalase and the Hydrogen Peroxide. In situation A) The hydrogen peroxide is the substrate and its exit to go to the Catalase which is the enzyme to be catalise d. In B) The reaction is being consumed, as ! the hydrogen peroxide has match into to the Catalase as a come upon in a lock, leading(p) to situation C) where the reaction has finished, and so oxygen and Water were the products of the reaction. Hypothesis The expectations for this experiment is that with the temperature too low the enzyme will denature and so the enzyme wont function. With the means temperature, and highest temperature the enzyme...If you want to get a full essay, order it on our website: BestEssayCheap.com

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