Advertisements
Advertisements
Question
At the end of glycolysis, ______ molecules are obtained.
Advertisements
Solution
At the end of glycolysis pyruvic acid, ATP, NADH2 and water molecules are obtained.
Explanation:
- The subsequent stages of cellular respiration use two pyruvic acid molecules.
- Two ATP molecules: The cell’s energy currency.
- Two NADH molecules: Electron transporters for subsequent energy generation.
- Water: A byproduct of production.
APPEARS IN
RELATED QUESTIONS
Redraw the flow-chart with corrections. Explain in brief the process of obtaining energy through oxidation of carbohydrates, lipids & proteins.

Where and in which forms the amino acids formed after digestion of food are used in the body?
Fill in the blank with a suitable word.
In the prokaryotes ______ molecules of ATP are formed per molecule of glucose oxidised.
Fill in the blank with a suitable word.
During glycolysis ______ molecules of NADH+H+ are formed.
Answer the following question.
Where is the respiration electron transport system located in a cell?
Which of the following vitamins is necessary for the synthesis of NADH2?
Give scientific reason.
We feel tired after exercising.
Give scientific reason.
Some higher plants, animals and aerobic microorganisms also sometimes perform anaerobic respiration.
Which molecules are formed during the glycolysis process?
Explain the use of fatty acids.
Write the importance of fibers in our diet.
Identify the statement that correctly describes phosphorylation.
Identify the CORRECT way/s of Phosphorylation.
Oxidative phosphorylation refers to ______
In glycolysis,____________ ATP molecules are formed directly.
Where does the oxidative phosphorylation occur?
The main purpose of respiration is to convert ______
What is fatty acid?
After complete oxidation of a glucose molecules, ______ number of ATP molecules are formed.
