Alcoholic fermentation

1. Forms fewer ATP molecules and cellular respiration

2. Uses oxygen and ATP molecules as reactants

3. occurs in the muscle cells of animals and humans

Question

Dominique Odom

Biology

28 January, 03:22

Alcoholic fermentation

1. Forms fewer ATP molecules and cellular respiration

2. Uses oxygen and ATP molecules as reactants

3. occurs in the muscle cells of animals and humans

+5

Answers (2)

Know the Answer?

Curtis Gilmore · Answer 1

A.

Explanation:

It converts sugars into cellular energy without requiring much oxygen, but it doesn't provide nearly as much energy as a result of the process not using oxygen.

Rashad Donaldson · Answer 2

1. Forms fewer ATP molecules and cellular respiration

Explanation:

Alcohol fermentation is usually done by yeast as us humans lack the genetic information to do it (however we can do lactic acid fermentation in low Oxygen level which produce Lactic acid, which is what hurts after a day or two of heavy playing or workout)

Alcohol Fermentation only produces two ATP which is significantly lower than what cellular respiration makes (scientists predict there to be about 38 ATP from per cycle of respiration)

Alcoholic fermentation1. Forms fewer ATP molecules and cellular respiration2. Uses oxygen and ATP molecules as reactants3. occurs in the muscle cells of animals and humans

Alcoholic fermentation

1. Forms fewer ATP molecules and cellular respiration

2. Uses oxygen and ATP molecules as reactants

3. occurs in the muscle cells of animals and humans