The process is fermentation which takes place under anaerobic conditions.
hi
Carbon dioxide and alchohol:)
When yeast cells ferment it builds up gases. That is the reason why champagne might explode from the bottle just after opening. It is also why there is a distinct popping noise when wine is opened.
Yeast cells are facultatively anaerobic. This means that they perform fermentation under anaerobic conditions. When the oxygen concentration is low, pyruvate is turned into ethanol and carbon dioxide.
Alcohol can affect many cells in the body, including those in the brain, liver, heart, and immune system. It can disrupt cellular communication, lead to inflammation, and cause oxidative stress, which can contribute to various health issues. Long-term alcohol consumption can also damage cells and tissues, leading to conditions like alcoholic liver disease.
alcohol, CO2 and 2 ATP
hi
If you are asking about yeast/sugar reaction, the resulting product will be ethyl alcohol (ethanol) under anaerobic conditions (without oxygen), and will be acetic acid (vinegar) under aerobic (with oxygen) conditions.
Yeast "eats" sugar, producing alcohol and CO2 (carbon dioxide).
Yeast is used to produce the alcohol in beer and wine. Yeast is a fungus that feeds on sugars to create energy for itself. When the yeast is deprived of oxygen, as it is in the production of beer and wine, it uses a process called anaerobic respiration to create its energy. The byproducts of anaerobic respiration are ethanol (alcohol) and CO2. This production of alcohol via yeast is called fermentation. Yeast is used in the production of virtually all Alcoholic Beverages.
The chemical action of yeast on sugars is called fermentation. Yeast breaks down the sugars in the presence of oxygen to produce energy for growth and reproduction, and in the absence of oxygen to produce carbon dioxide and ethanol.
Brewers yeast produces more alcohol and less CO2. Bakers yeast produces more CO2 and less alcohol.
It produces ethanol(ethyl alcohol) and carbon(iv)oxide
Fermentation.
The yeast feed on sugar/carbohydrates and their byproducts are Co2 and alcohol. Co2 is in its gaseous state and therefore bubbles out of the solution. Ethanol alcohol stays in the solution. Ethanol alcohol and Co2 are toxic to yeast just like humanities byproducts are toxic to us. So, when beginning a fermentation process the yeast begin feeding on the sugar or carbohydrates and because there is a large supply of food, the yeast population increases. The production of Co2 increases with increasing yeast population. The population of yeast reach a maximum and then their growth begins to be halted by a lack of nutrients and the amount of toxins (alcohol) in there world. The production slows and then stops when there is no more food for the yeast to eat on and/or the amount of alcohol has reached a level at which yeast cannot continue to live in.
Carbon dioxide and alchohol:)
The yeast eats the fermentable sugars in the that are in the wort, the unfermented beer. When the yeast eats the sugars, it produces two things, alcohol and CO2. When this happens you have the carbonation that is in beer, along with the alcohol. Yeast + Glucose = Alcohol (Ethanol) + CO2