09. Concept of Metabolism and Living State
Biomolecules

185537 Match the following
| List-I
(Element) | | List-II
(Activator of) | |
| :--- | :--- | :--- | :--- |
| A. | Iron | I. | RUBISCO |
| B. | Manganese | II. | Cytochrome 'C'
oxidase |
| C. | Magnesium | III. | Nitrogenase |
| D. | Molybdenu
m | IV. | Catalase |
| | | V. | IAA oxidase |

1 A - III, B - IV, C - I, D - II
2 A - V, B - II, C - I, D - III
3 A - IV, B - V, C - I, D - III
4 A - II, B - III, C - I, D - V
Biomolecules

185538 Enzymes, vitamins and hormones can be classified into a single category of biological chemicals because of all of these

1 enhance oxidative metabolism
2 are conjugated proteins
3 are exclusively synthesised in the body of a living organism as at present
4 help in regulating metabolism
Biomolecules

185539 Following technique uses radioactive precursors for observing metabolic activities of macromolecules, is

1 chromatography
2 density gradient centrifugation or cell fractionation
3 autoradiography
4 electron microscope
Biomolecules

185540 Breaking down of organic compounds in the body and liberation of energy is :

1 a catabolic process
2 an anabolic process
3 a digestive process
4 none of the above
Biomolecules

185537 Match the following
| List-I
(Element) | | List-II
(Activator of) | |
| :--- | :--- | :--- | :--- |
| A. | Iron | I. | RUBISCO |
| B. | Manganese | II. | Cytochrome 'C'
oxidase |
| C. | Magnesium | III. | Nitrogenase |
| D. | Molybdenu
m | IV. | Catalase |
| | | V. | IAA oxidase |

1 A - III, B - IV, C - I, D - II
2 A - V, B - II, C - I, D - III
3 A - IV, B - V, C - I, D - III
4 A - II, B - III, C - I, D - V
Biomolecules

185538 Enzymes, vitamins and hormones can be classified into a single category of biological chemicals because of all of these

1 enhance oxidative metabolism
2 are conjugated proteins
3 are exclusively synthesised in the body of a living organism as at present
4 help in regulating metabolism
Biomolecules

185539 Following technique uses radioactive precursors for observing metabolic activities of macromolecules, is

1 chromatography
2 density gradient centrifugation or cell fractionation
3 autoradiography
4 electron microscope
Biomolecules

185540 Breaking down of organic compounds in the body and liberation of energy is :

1 a catabolic process
2 an anabolic process
3 a digestive process
4 none of the above
Biomolecules

185537 Match the following
| List-I
(Element) | | List-II
(Activator of) | |
| :--- | :--- | :--- | :--- |
| A. | Iron | I. | RUBISCO |
| B. | Manganese | II. | Cytochrome 'C'
oxidase |
| C. | Magnesium | III. | Nitrogenase |
| D. | Molybdenu
m | IV. | Catalase |
| | | V. | IAA oxidase |

1 A - III, B - IV, C - I, D - II
2 A - V, B - II, C - I, D - III
3 A - IV, B - V, C - I, D - III
4 A - II, B - III, C - I, D - V
Biomolecules

185538 Enzymes, vitamins and hormones can be classified into a single category of biological chemicals because of all of these

1 enhance oxidative metabolism
2 are conjugated proteins
3 are exclusively synthesised in the body of a living organism as at present
4 help in regulating metabolism
Biomolecules

185539 Following technique uses radioactive precursors for observing metabolic activities of macromolecules, is

1 chromatography
2 density gradient centrifugation or cell fractionation
3 autoradiography
4 electron microscope
Biomolecules

185540 Breaking down of organic compounds in the body and liberation of energy is :

1 a catabolic process
2 an anabolic process
3 a digestive process
4 none of the above
Biomolecules

185537 Match the following
| List-I
(Element) | | List-II
(Activator of) | |
| :--- | :--- | :--- | :--- |
| A. | Iron | I. | RUBISCO |
| B. | Manganese | II. | Cytochrome 'C'
oxidase |
| C. | Magnesium | III. | Nitrogenase |
| D. | Molybdenu
m | IV. | Catalase |
| | | V. | IAA oxidase |

1 A - III, B - IV, C - I, D - II
2 A - V, B - II, C - I, D - III
3 A - IV, B - V, C - I, D - III
4 A - II, B - III, C - I, D - V
Biomolecules

185538 Enzymes, vitamins and hormones can be classified into a single category of biological chemicals because of all of these

1 enhance oxidative metabolism
2 are conjugated proteins
3 are exclusively synthesised in the body of a living organism as at present
4 help in regulating metabolism
Biomolecules

185539 Following technique uses radioactive precursors for observing metabolic activities of macromolecules, is

1 chromatography
2 density gradient centrifugation or cell fractionation
3 autoradiography
4 electron microscope
Biomolecules

185540 Breaking down of organic compounds in the body and liberation of energy is :

1 a catabolic process
2 an anabolic process
3 a digestive process
4 none of the above