In yeast during anaerobic respiration how many glucose molecules are required for production of 38 ATP?

Question

In yeast during anaerobic respiration how many glucose molecules are required for production of 38 ATP? (A) 1 (B) 2 (C) 19 (D) 38

Tardigrade Admin · Accepted Answer

Anaerobic respiration occurs i-n absence of oxygen. It is found in deep-seated tissues of plants and animals, germinating seeds, yeasts and bacteria. During anaerobic respiration of yeast two ATP produced from each glucose molecule. Hence, 38 ATP will produce from 19 glucose molecules.

Q. In yeast during anaerobic respiration how many glucose molecules are required for production of $38$ ATP?

1

2

19

38

Anaerobic respiration occurs i-n absence of oxygen. It is found in deep-seated tissues of plants and animals, germinating seeds, yeasts and bacteria. During anaerobic respiration of yeast two ATP produced from each glucose molecule. Hence, $38$ ATP will produce from $19$ glucose molecules.

Q. In yeast during anaerobic respiration how many glucose molecules are required for production of 38 ATP?

1

2

19

38

Anaerobic respiration occurs i-n absence of oxygen. It is found in deep-seated tissues of plants and animals, germinating seeds, yeasts and bacteria. During anaerobic respiration of yeast two ATP produced from each glucose molecule. Hence, 38 ATP will produce from 19 glucose molecules.

Q. In yeast during anaerobic respiration how many glucose molecules are required for production of $38$ ATP?

Anaerobic respiration occurs i-n absence of oxygen. It is found in deep-seated tissues of plants and animals, germinating seeds, yeasts and bacteria. During anaerobic respiration of yeast two ATP produced from each glucose molecule. Hence, $38$ ATP will produce from $19$ glucose molecules.