Reword the following answer: QUESTION 1: Under optimal temperature and/or pH conditions, would you expect more or less gas to be produced when catalase is exposed to hydrogen peroxide? ANSWER: Under optimal temperature and pH conditions, you would expect MORE gas to be produced when catalase is exposed to hydrogen peroxide. EXPLANATION: Enzymes like catalase work best at their optimal temperature and pH conditions. Catalase catalyzes the decomposition of hydrogen peroxide into water and oxygen. When the conditions are optimal, the enzyme can perform at maximum efficiency, converting more hydrogen peroxide into water and oxygen, the latter of which is an observable gas in this experiment. --------------------------------- QUESTION 2: Under non-optimal temperature and/or pH conditions, would you expect more or less gas to be produced when catalase is exposed to hydrogen peroxide? ANSWER: Under non-optimal temperature and/or pH conditions, you would expect LESS gas to be produced when catalase is exposed to hydrogen peroxide. EXPLANATION: Enzymes like catalase have a specific temperature and pH at which they perform best. If the conditions are too hot or too cold, or if the environmental pH is too acidic or too alkaline, the enzyme performs less effectively. Its structure could potentially be denatured, or changed, impacting its ability to bind to substrates. Consequently, the rate of hydrogen peroxide decomposition into water and oxygen (gas) would be reduced, resulting in less observable gas. Therefore, in this experiment, you would likely observe more gas produced