Explain-The theoretical value of heat evolved, when hydrogens are added to benzene, is quite high as compared to the experimental value.
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Explain-The theoretical value of heat evolved, when hydrogens are added to benzene, is quite high as compared to the experimental value
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Hey dear,
- Hydrogenation is a reaction in which H-atoms are added to make saturated hydrocarbons.
● Theoretical value of heat evolved during hydrogenation of benzene is quite high wrt experimental value because -
- During hydrogenation of benzene to cyclohexane, some energy is used up to overcome the stability acquired by resonance.
- Hence, when measured observed value of heat evolved is lesser than its experimental value.
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- Hydrogenation is a reaction in which H-atoms are added to make saturated hydrocarbons.
● Theoretical value of heat evolved during hydrogenation of benzene is quite high wrt experimental value because -
- During hydrogenation of benzene to cyclohexane, some energy is used up to overcome the stability acquired by resonance.
- Hence, when measured observed value of heat evolved is lesser than its experimental value.
Hope this helped you.
Keeps asking questions..
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