What happen when c2h5oh reacts with al2o3 in at 350 degree temp?
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When ethanol is heated with Aluminium Trioxide at 350°C then:
Alkene that is then Ethene is formed.
This process is called Ipatieff's process.
Here ethanol undergoes dehydration in presence of Al2O3 catalyst and gets dehydrated to form ethene.
Alkene that is then Ethene is formed.
This process is called Ipatieff's process.
Here ethanol undergoes dehydration in presence of Al2O3 catalyst and gets dehydrated to form ethene.
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Answer:
The final result will be ethene, which we shall obtain.
Explanation:
When ethyl alcohol (C2H5OH) is burned with alumina (Al2O3) at 350 degrees Celsius, we get ethene as the end product.
When ethyl alcohol is heated to 350°C in the presence of an alumina catalyst, it dehydrates and creates ethylene (or ethene).
Ipatieff's procedure is the method for producing ethylene from ethyl alcohol.
the chemical reaction:
CH3CH2OH ------heating--------------> CH2=CH2 + H2O
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