The products formed when one mole of benzene is added to one mole of bromine ( Br 2 ) , and those formed when benzene, Br 2 and a FeBr 3 catalyst are heated together, are to be written. Concept Information: The reaction between benzene and Br 2 is based on the process of electrophilic aromatic substitution reaction. An electrophile is either a positively charged or neutral species that accepts an electron to bond to a nucleophile. For example, benzene has pi bonds and is a nucleophile. The reaction between benzene and the halogen-like bromine requires the help of a catalyst as it helps in speeding up the reaction. Without the presence of the catalyst, the colour of the benzene mixture remains orange and no reaction takes place.
The products formed when one mole of benzene is added to one mole of bromine ( Br 2 ) , and those formed when benzene, Br 2 and a FeBr 3 catalyst are heated together, are to be written. Concept Information: The reaction between benzene and Br 2 is based on the process of electrophilic aromatic substitution reaction. An electrophile is either a positively charged or neutral species that accepts an electron to bond to a nucleophile. For example, benzene has pi bonds and is a nucleophile. The reaction between benzene and the halogen-like bromine requires the help of a catalyst as it helps in speeding up the reaction. Without the presence of the catalyst, the colour of the benzene mixture remains orange and no reaction takes place.
Solution Summary: The author explains that the reaction between benzene and Br 2 is based on the process of electrophilic aromatic substitution reaction.
Definition Definition Study of the speed of chemical reactions and other factors that affect the rate of reaction. It also extends toward the mechanism involved in the reaction.
Chapter 22, Problem 107RQ
Interpretation Introduction
Interpretation:
The products formed when one mole of benzene is added to one mole of bromine (Br2), and those formed when benzene, Br2 and a FeBr3 catalyst are heated together, are to be written.
Concept Information:
The reaction between benzene and Br2 is based on the process of electrophilic aromatic substitution reaction.
An electrophile is either a positively charged or neutral species that accepts an electron to bond to a nucleophile. For example, benzene has pi bonds and is a nucleophile.
The reaction between benzene and the halogen-like bromine requires the help of a catalyst as it helps in speeding up the reaction. Without the presence of the catalyst, the colour of the benzene mixture remains orange and no reaction takes place.
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