what is aerobic, anerobic respiration and lactic acid and alcoholic fermentation?
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Aerobic : Taking place in presence of oxygen.
Anaerobic : Taking place in absence of oxygen.
Lactic acid : Acid secreted when there is lack of oxygen in our muscles.
Alcoholic Fermentation : Is the anaerobic pathway carried out by yeasts in which simple sugars are converted to ethanol and carbon dioxide.
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Anaerobic : Taking place in absence of oxygen.
Lactic acid : Acid secreted when there is lack of oxygen in our muscles.
Alcoholic Fermentation : Is the anaerobic pathway carried out by yeasts in which simple sugars are converted to ethanol and carbon dioxide.
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Hey... I think this can be ur answer!!
1) aerobic respiration is a process of conversion of glucose into carbon dioxide and
water with release of large amounts of energy in presence of O2.eg-human cells
Glucose - > pyruvate - O2 - > CO2 +h2o + 38ATP
2) anaerobic respiration is a process in which glucose is metabolised in absence or lack of O2.
There are two types :
(1) alcoholic fermentation is a process in which glucose is converted to alcohol and carbon dioxide to release little amount of energy in absence of O2.eg-yeast
Glucose - >pyruvate - >alcohol + 2ATP
(2) in this process the glucose is converted to lactic acid to release little amount of energy in lack of O2.eg-human muscles after vigorous exercise
Glucose - >pyruvate - >lactic acid + 2 ATP
1) aerobic respiration is a process of conversion of glucose into carbon dioxide and
water with release of large amounts of energy in presence of O2.eg-human cells
Glucose - > pyruvate - O2 - > CO2 +h2o + 38ATP
2) anaerobic respiration is a process in which glucose is metabolised in absence or lack of O2.
There are two types :
(1) alcoholic fermentation is a process in which glucose is converted to alcohol and carbon dioxide to release little amount of energy in absence of O2.eg-yeast
Glucose - >pyruvate - >alcohol + 2ATP
(2) in this process the glucose is converted to lactic acid to release little amount of energy in lack of O2.eg-human muscles after vigorous exercise
Glucose - >pyruvate - >lactic acid + 2 ATP
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