Mark the incorrect match
| Aerobic Anaerobic | |
| 1. | Complete breakdown - Partial breakdown. of glucose |
| 2. | Net gain 38 ATP - Net gain 2 ATP. |
| 3. | Vigrously - NADH oxidised slowly |
| 4. | CO2 released - No CO2 released. |
| Statement - I : | Respiration is amphibolic pathway. |
| Statement - II : | Pure fat & pure protein can never be respiratory substrate. |
Option :
| 1. | Only Statement - II is correct. |
| 2. | Both Statements are correct. |
| 3. | Neither first nor second is correct. |
| 4. | Only first Statement is correct. |
Read the following statements and choose the option which is true for them.
| Statement-I : | During conversion of succinic acid to fumaric acid in Krebs cycle, one molecule of FAD is synthesized. |
| Statement-II : | There are three steps in the Krebs cycle where CO 2 is released. |
| 1. | Only statement I is correct. |
| 2. | Only statement II is correct. |
| 3. | Both the statements I and II are correct. |
| 4. | Both the statements I and II are incorrect. |
When tripalmitin is used as substrate in respiration, the value of RQ is found to be less than one because
| 1. | It contains less number of carbon atoms than oxygen atoms. |
| 2. | The amount of CO2 evolved is more than the amount of O2 consumed. |
| 3. | The amount of O2 consumed is more than the amount of CO2 evolved. |
| 4. | The ratio of the numbers of carbon and hydrogen atoms in this molecule is not 1 : 2. |
Fate of pyruvate produced by glycolysis depends on cellular needs, it can enter
| 1. | Lactic acid fermentation | 2. | Alcoholic fermentation |
| 3. | Aerobic respiration | 4. | All are correct |
Choose the correct names of A, B, C and D
|
|
A |
B |
C |
D |
|
1. |
1,3 di PGA |
3 PGAld |
Fr,1,6 di P |
Fr. 6P |
|
2. |
3 PGAld |
1,3 Di PGA |
Fr.1,6 di P |
Fr. 6P |
|
3. |
Fr,1, 6 Di P |
Fr. 6 P |
3 PGAld |
1,3 di PGA |
|
4. |
Fr,6P |
Fr.1,6 di P |
3 PGAld |
1,3 di PGA |
In ETS, complex V is
1. ATP synthase
2. NADH dehydrogenase
3. Cytochrome c oxidase
4. Cytochrome bc complex
Ubiquinone carries electron from
| 1. | Complex III to complex IV |
| 2. | Complex I to complex II |
| 3. | Complex II to complex III |
| 4. | Complex I or II to complex III |