| Column-I | Column-II | ||
| A. | Peripheral membrane protein of ATP synthase | (i) | Complex -III |
| B. | Pyruvate dehydrogenase complex | (ii) | F0 |
| C. | Integral membrane protein of ATP synthase | (iii) | F1 |
| D. | Cytochrome bc1 | (iv) | Mitrochondrial matrix |
The respiratory quotient of tripalmatin as respiratory substrate is
1. 4
2. 1.3
3. 1
4. 0.7
| 1. | Respiratory substrates can be carbohydrates, proteins, or fats. |
| 2. | Proteins can directly enter the Krebs cycle without deamination. |
| 3. | Fats undergo beta-oxidation to form Acetyl-CoA. |
| 4. | The breakdown of carbohydrates is the most common respiratory substrate. |
RQ value will be one when the substrate is
| 1. | Carbohydrate | 2. | Protein |
| 3. | Fat | 4. | Organic acid |
The value of respiratory Quotient actually depends upon
1. The type of respiratory substrate used
2. The place in which respiration is occurring
3. The amount of ventilation
4. Breathing surface
| Statement I: | The respiratory quotient (RQ) for carbohydrates is 1. |
| Statement II: | RQ value can be greater than 1 for fats. |
| 1. | Statement I is correct; Statement II is correct |
| 2. | Statement I is correct; Statement II is incorrect |
| 3. | Statement I is incorrect; Statement II is correct |
| 4. | Statement I is incorrect; Statement II is incorrect |
The RQ of a substrate is found to be 0.9 what would be that substrate?
1. Carbohydrate
2. Fatty Acid
3. Lipid
4. Protein
Respiratory Quotient is 0.7 for:-
1. Malic Acid
2. Glucose
3. Triplamitin
4. Sucrose
Respiratory Quotient is
| 1. | Volume of Carbon-dioxide evolved |
| 2. | Ratio of volume of oxygen consumed to volume of Carbon-dioxide evolved |
| 3. | Ratio of volume of Carbon-dioxide evolved to the volume of oxygen consumed |
| 4. | Ratio of volume of oxygen evolved to volume of Carbon-dioxide consumed |