alcohol, CO2 and 2 ATP
Ethanol ( C2H5OH ) + CO2 + 2 ATP
Technically speaking the yeast, which is a living organism rather than a chemical, does not react with the glucose. It metabolizes it by a process called fermentation.
Substrate for fermentation is usually glucose. But depending on the yeast type it can be fructose or other monossaccharides too.
why is it reasonable that, of the three sugars, glucose would result in the most activiity suring the fermentation experiment
at 14-15% the yeast organism(and in turn the enzyme which controls fermentation) is killed by alcohol which is a poison. So it is impossible to produce a liquid with more than 14-15% alcohol content by fermentation of yeast
Conditions of brewery must be sanitary. Bugs and/or bacteria can ruin the batch. The tempurature is important. Cold air is best for fermentation. if you have sanitary conditions, the right tempurature, yeast and sugar wort fermentation should happen.
Yeast is responsible for the conversion of glucose into alcohol
Fermentation by yeast.
Technically speaking the yeast, which is a living organism rather than a chemical, does not react with the glucose. It metabolizes it by a process called fermentation.
fermentation
it undergoes fermentation
alcoholic fermentation, also referred to as ethanol fermentation, is a biological process in which elements such as glucose, fructose, and sucrose are converted into cellular energy and thereby produce ethanol and carbon dioxide as metabolic waste products.
Substrate for fermentation is usually glucose. But depending on the yeast type it can be fructose or other monossaccharides too.
Fermentation is an anaerobic response for yeast. Yeast will respire aerobically in the presence of oxygen and will not produce alcohol.
Zymase, found in yeast
The yeast will break down the glucose which produces Carbon dioxide + Ethanol + Energy during anaerobic respiration and the process is also known as 'fermentation'. Carbon dioxide and Ethanol are the waste products. During aerobic respiration, the yeast will produce the same products as we produce such as Carbon dioxide, water and energy.
Fermentation.
Yeast.