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What does NOT apply to an enzyme a Catalyst b Inorganic c Protein d All of the above apply to an enzyme?
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What is the difference between biological and non-biological catalysts?
the basic difference between a inoganic catalyst and a biological catalyst is the origin name living compound and non-living compound. Explaination Living compound are the compund produced by living organism like spirogara, virus, bateria, protozoa, yeast ect. The compound which is secerated by the above organism. Yes they are chemical at the bottom level they can be called bio-organic compound, enzymes, hormons, venoms ect in the different sector of medicine, dyes Inorganic catalyst are the non living compunds there are not produced by any organism but they are prepared in the lab with the chemical reaction. They are use to improve the rate of reaction not by taking part in reaction or take part in the reaction but comes out at the orginal form at the end of the reaction.
How can an enzyme be denatured and why does that process result in the loss of activity of the enzyme?
by increasing the temperature above the optimum temperature(above 45), we can denature an enzyme!! the temperature affects the non-covalent bonds of an enzyme!! at 40
Where is a catalyst written in an equation?
Above the valence arrow.
What enzyme is used to get greasy stains out of clothes?
The enzyme Protease 'digests' proteins; and this contributes to the above process.
Which enzyme functions best in a pH environment most similar to that of human stomach enzyme?
Pepsin. It is located in the stomach. Pepsin helps with the breakdown of food and is a protein. A pH 2 is optimal for the human enzyme pepsin. If the pH level exceeds 7, pepsin becomes denatured or lose its structure; above pH 5,, it will increase function.
What type of catalyst is made of proteins?
go to 'one across' (crossword solver)to solve this question go to 'one across' (crossword solver)to solve this question go to 'one across' (crossword solver)to solve this question If you didn't get the answer from the above it's "enzyme"
What is the difference between an enzyme and a substrate?
Answer 1Catalysts are any agents that either speed up the chemical reactions or involved in reaction without themselves undergoing any apparent change. They may be proteins or other non proteins, chemical, metals etc. Enzymes are biocatalysts produced by the cells, which are globular proteinsAll enzymes are catalyst and not all catalysts are enzymes.Answer 2The answer to this is an enzyme is organic meaning we make them, and a catalyst is non-organic, meaning we don't make them i.e. copper, silver, metal and so forth. Enzymes are proteins that are catalysts to the chemical reaction.Answer #3 (by: xDGoMuSiCxD)An enzyme is a catalyst, but a catalyst is not an enzyme. An enzyme is a protein that speeds up and/or causes chemical reactions to happen fast enough for a living thing (or an organism) to survive. For example, heat is a catalyst, but not an enzyme. Another example is an amylase is both an enzyme and a catalyst. All cells in living things have need enzymes. For example, both potato and liver tissue need enzymes. I hope that helpedAnother AnswerSame as above, but a catalyst does not always need be an organic compound. It can be a coordinated metal, for example, RhCl(PPh3)3 involved in hydrogenation, whereas an enzyme is a biological agent.
What is the difference between biological and non-biological catalysts?
the basic difference between a inoganic catalyst and a biological catalyst is the origin name living compound and non-living compound. Explaination Living compound are the compund produced by living organism like spirogara, virus, bateria, protozoa, yeast ect. The compound which is secerated by the above organism. Yes they are chemical at the bottom level they can be called bio-organic compound, enzymes, hormons, venoms ect in the different sector of medicine, dyes Inorganic catalyst are the non living compunds there are not produced by any organism but they are prepared in the lab with the chemical reaction. They are use to improve the rate of reaction not by taking part in reaction or take part in the reaction but comes out at the orginal form at the end of the reaction.
How can an enzyme be denatured and why does that process result in the loss of activity of the enzyme?
by increasing the temperature above the optimum temperature(above 45), we can denature an enzyme!! the temperature affects the non-covalent bonds of an enzyme!! at 40
Where is a catalyst written in an equation?
Above the valence arrow.
Why is a catalyst written above the arrow in a chemical equation rather than with the reactants?
The enzyme is written above the arrow of the chemical equation because it is involved in the reaction without being changed by it or used up in the reaction. It is not a reactant or a product.
What happened if an enzyme is at a pH significantly above or below its optimum?
Enzyme become denatured.
What compound that is inorganic A Nucleic acid B protein C fat D water E carbohydrate?
The compounds called organic are those which contain carbon and hydrogen as the major element in their structures or basicall carbon compounds are called organic compound so in above options water is inorganic as it does not contain carbon
What does the compound above the arrow mean?
It is a catalyst acting on the chemical reaction.
If you put an enzyme in an increasing temperature then the enzyme will denature?
yeah above 45degree C, it starts to denature
What enzyme is used to get greasy stains out of clothes?
The enzyme Protease 'digests' proteins; and this contributes to the above process.
Which enzyme functions best in a pH environment most similar to that of human stomach enzyme?
Pepsin. It is located in the stomach. Pepsin helps with the breakdown of food and is a protein. A pH 2 is optimal for the human enzyme pepsin. If the pH level exceeds 7, pepsin becomes denatured or lose its structure; above pH 5,, it will increase function.
