Compare rate of reaction of organic and inorganic compounds

The rate of reaction is determined by many factors, such as the strength of bonds, temperature, concentration, and catalysts. In summary, the rate of reaction for organic compounds is not inherently slower or faster than that of inorganic compounds. It depends on various factors and cannot be generalized.
  • #1
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I want to ask the rate of reaction of organic compound is slower or higher than that of inorganic compound??

I have found an ansswer like that :
The organic paricles are molecules.
Because of strong covalent bonding within the molecule, organic compounds do not readily react. Reactions involving organic compounds are generally slower than inorganic reactions.

But I don't really understand why compound with covalent bond will have a lower reaction rate. Other than saying the strong covalent bond causes the rate of reaction slower, any other better and clearer explanation??

Thanks all of you!
 
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  • #2
The text in question is inaccurate. There is nothing inherent about organic vs inorganic reactions that makes one class faster than the other. Very fast and very slow reactions can be found in either category.
 

What is the difference between organic and inorganic compounds?

Organic compounds contain carbon atoms bonded with hydrogen atoms, while inorganic compounds do not. Organic compounds are typically found in living organisms, while inorganic compounds can be found in non-living things like rocks and minerals.

How do the rates of reaction differ between organic and inorganic compounds?

The rates of reaction for organic and inorganic compounds can vary greatly depending on the specific compounds being compared. Generally, organic compounds tend to have slower reaction rates due to the presence of more complex molecular structures and the involvement of enzymes.

What factors can affect the rate of reaction for both types of compounds?

The rate of reaction for both organic and inorganic compounds can be affected by factors such as temperature, concentration of reactants, and the presence of catalysts. Additionally, the type and strength of chemical bonds present in the compounds can also impact their rates of reaction.

Can the rate of reaction for organic and inorganic compounds be predicted?

While there are some general trends in the rates of reaction for different types of organic and inorganic compounds, it is difficult to make precise predictions. The unique chemical properties and structures of each compound can greatly influence their rates of reaction, making it challenging to accurately predict without experimentation.

What are some real-world applications of studying the rate of reaction for organic and inorganic compounds?

Understanding the rates of reaction for different types of compounds can have important practical applications in fields such as pharmaceuticals, agriculture, and environmental science. For example, determining the rate of degradation for organic and inorganic compounds can help in the development of new drugs or in the cleanup of pollutants.

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