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KOH + C6H5CH2Cl → | Phương Trình Phản Ứng Hóa Học
KOH | potassium hydroxide | solid + C6H5CH2Cl | Benzyl chloride; (Chloromethyl)benzene; NCIC-06360; RCRA waste number P-028; omega-Chlorotoluene; Chloromethylbenzene; alpha-Chlorotoluene; Phenyl(chloro)methane; 1-(Chloromethyl)benzene; 1-Chloromethylbenzene; Chloro(phenyl)methane; Chlorophenylmethane | solid = | Temperature: temperature, Other Condition excess chlorine
Introduce
Detailed information about the equation
Reaction conditions when applied KOH + C6H5CH2Cl
- Catalyst: butanol
- Temperature: normal
- Pressure: normal
- Other conditions: not available
Reaction process KOH + C6H5CH2Cl
Process: Boil a solution consisting of benzyl chloride and KOH in butanol.
Note: When heated with an alkaline solution in alcohol, the halogen derivative is separated HCl to form a double bond. However, for the benzyl chloride molecule, the H atom in the benzene ring is difficult to separate.
The result of the reaction KOH + C6H5CH2Cl
The phenomenon: This reaction does not occur
Detailed information on the reactants
Information about KOH (potassium hydroxide)
Information about C6H5CH2Cl (Benzyl chloride; (Chloromethyl)benzene; NCIC-06360; RCRA waste number P-028; omega-Chlorotoluene; Chloromethylbenzene; alpha-Chlorotoluene; Phenyl(chloro)methane; 1-(Chloromethyl)benzene; 1-Chloromethylbenzene; Chloro(phenyl)methane; Chlorophenylmethane)
Detailed information about the products of the reaction
Total rating:
Rating: / 5 star
The equations for preparation KOH
Catalyst
normal
Temperature
temperature
Pressure
normal
Other conditions
Ni
Catalyst
normal
Temperature
normal
Pressure
normal
Other conditions
normal
Catalyst
normal
Temperature
normal
Pressure
normal
Other conditions
normal
The equations for preparation C6H5CH2Cl
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