Why Fluorination Is Explosive?
In Addition, Fluorination Is Very Exothermic, the Reaction Enthalpy Is -431 kJ/Mol. .. . the Reaction Heat Cannot Be Eliminated from the Reaction Mixture...
In addition, fluorination is very exothermic, the reaction enthalpy is -431 kJ/mol. ... The reaction heat cannot be eliminated from the reaction mixture quickly enough with the consequence that the temperature and thus the reaction rate steadily increase. As a result, an explosion occurs.
Why fluorination of hydrocarbons is explosive?
Answer : Fluorination of hydrocarbons with pure fluorine gas occurs explosively. This is due to the following reasons: Due to low bond dissociation energy of F2 molecule (150.6 kJ mol−1). Due to strong exothermic nature of one of the termination steps.
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Why fluorination of alkane is explosive?
So the highly exothermic fluorination of an alkane has a very low activation energy. ... When they do so, they release large amounts of energy. This raises the temperature, and the reaction goes even faster. The chain reaction gets out of control and the mixture explodes.
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