1. Enzyme catalysts differ from inorganic catalysts in many ways. Which is the major difference? 2. Which of the following is a correct definition of metabolism? 3. Match the entit... 1. Enzyme catalysts differ from inorganic catalysts in many ways. Which is the major difference? 2. Which of the following is a correct definition of metabolism? 3. Match the entities in Column I regarding the average composition of cells.
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The question contains a series of multiple-choice questions related to biology and zoology, asking for definitions, classifications of biological compounds, and matching entities in columns. The user is likely seeking help with these specific questions or clarification on them.
Answer
1. Enzymes are proteinaceous in nature. 2. Metabolism includes all chemical reactions in the body. 3. A-iv, B-v, C-ii, D-iii, E-i, F-vi
- Enzymes differ from inorganic catalysts primarily in being proteinaceous in nature. 2. Metabolism is defined as all chemical reactions occurring in the living body. 3. A-iv, B-v, C-ii, D-iii, E-i, F-vi
Answer for screen readers
- Enzymes differ from inorganic catalysts primarily in being proteinaceous in nature. 2. Metabolism is defined as all chemical reactions occurring in the living body. 3. A-iv, B-v, C-ii, D-iii, E-i, F-vi
More Information
Enzymes, being proteinaceous in nature, are highly specific in their action and often work under mild conditions found in living organisms.
Tips
Common mistakes include misunderstanding that inorganic catalysts can also function in high temperatures and pressures, unlike enzyme catalysts.
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