Under anaerobic conditions, the yeast Saccharomyces cerevisiae was used in determining how much carbon dioxide was produced at several temperature points in Celsius. From these reactions, it is assumed that temperature increase will have an effect on higher production rates of carbon dioxide. In order to achieve these values, several materials were used in the experiment. Two 500 mL flasks were used, one contain 250 mL of sucrose and the other 250 mL of water. The two flasks were calibrated to an assigned stable temperature in water jackets, and with the help of two ring stands, the two graduated cylinders were filled with water and submerge in water bowls. After the set up was complete, the flask containing sucrose received the living yeast cells (Saccharomyces), and both flasks were stopped with stoppers and hoses. Afterwards the hoses from each flask were put into their respective graduated cylinder to measure how much carbon dioxide was produced by seeing how much water was pushed out from each graduated cylinder over the duration of one hour.
Consequently, when we evaluated the production of carbon dioxide over a series of temperature changes, we saw an increase of production of carbon dioxide confirming our hypothesis except at 60 C. From the data that was achieved, we concluded that as temperature increased over a set period of time, the production of carbon dioxide increased due to the pyruvates being converted to ethanol at a higher rate with the aid of the pool of NAD+ except at 60 C due to cell membrane breaking down to the increasing temperature .
When glucose is broken down by the process of glycolysis, two pyruvates are the products of this catabolic pathway and two ATP are produced with the help of the enzymes of phosphoglycerokinase and pyruvate kinase...