Reduction of nitrobenzene using Fe and HCl is preferred over Sn and HC
Question
Reduction of nitrobenzene using Fe and HCl is preferred over Sn and HC
Solution
The reduction of nitrobenzene using Fe and HCl is preferred over Sn and HCl for several reasons:
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Cost: Iron (Fe) is cheaper and more readily available than tin (Sn), making it a more cost-effective choice for large-scale reactions.
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Reaction Speed: The reaction with iron is faster than the reaction with tin. This can be important in industrial settings where time is a critical factor.
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By-products: The reaction with iron produces less harmful by-products than the reaction with tin. This makes the disposal and handling of waste materials easier and safer.
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Yield: The reaction with iron generally gives a higher yield of the desired product than the reaction with tin.
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Ease of Use: Iron is easier to handle and use than tin, making the overall process simpler and more straightforward.
So, for these reasons, the reduction of nitrobenzene using Fe and HCl is generally preferred over Sn and HCl.
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Why is nitrobenzene 100,000 times less reactive than benzene toward nitration?Select answer from the options belowThe nitro group causes a lower energy of activation for nitration by destabilizing the sigma complex.The nitro group causes a lower energy of activation for nitration by significantly stabilizing the sigma complex.The nitro group causes a higher energy of activation for nitration by destabilizing the sigma complex.The nitro group causes a higher energy of activation for nitration by significantly stabilizing the sigma complex
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Benzene can be converted into aniline via a two step process: 1) nitration, followed by 2) a(n) _____ reaction.Select answer from the options belowsubstitutionamination reductionoxidationeliminationSave for LaterSubmit Answer
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