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प्रश्न
Name the following:
A common phase in both aerobic and anaerobic respiration.
उत्तर
Glycolysis
APPEARS IN
संबंधित प्रश्न
Name the type of respiration in which the end product is:
C2H5OH and CO2
Give one example where such a respiration can occur.
Do the plants respire all day and night or only during the night?
Answer this question.
Write the equation showing the process of respiration.
The question has four options. Choose the correct answer:
Less energy is liberated in anaerobic respiration in yeast in comparison with aerobic respiration because
The question has four options. Choose the correct answer:
Where does glycolysis take place?
Choose the correct option.
The reactions of the TCA cycle occur in ______.
Fill in the blank with a suitable word.
Acetyl CoA is formed from ______ and co-enzyme A.
Fill in the blank with a suitable word.
Glycolysis takes place in _______.
Anaerobic respiration produces more ATP than aerobic respiration.
Name the phenomenon by which carbohydrates are oxidized to release ethyl alcohol.
Identify the reasons due to which less energy is produced during anaerobic respiration than in aerobic respiration.
- Incomplete breakdown of the respiratory substrate.
- NADH2 does not produce ATP, as electron transport is absent.
- Glycolysis does not occur during anaerobic respiration.
Which of the following is present in Electron transport system (ETS)?
Which of the following is the CORRECT statement with respect to Krebs cycle?
Enzyme enolase catalyses the conversion of 2 PGA to Phosphoenol Pyruvic acid in presence of ______ which is the cofactor.
Co-enzymes of ETC in mitochondria are ____________.
Identify the number of 3 carbon compounds formed during glycolysis.
Pyruvic acid, the key product of glycolysis can have many metabolic fates. Under aerobic condition it forms ______.
Name the site (s) of pyruvate synthesis. Also, write the chemical reaction wherein pyruvic acid dehydrogenase acts as a catalyst.
Assertion (A): Oxygen is essential for all aerobic forms of life.
Reason (R): Free oxygen atoms combine with molecular oxygen to form ozone.
