Compound that does not undergo hydrolysis by sn1 mechanism is
Answers
The Hydrolysis is a special type for a nucleophilic substitution (SN1) where it will react with a solvent molecule and both nucleophile. There are multiples with various lone pairs for these electrons with another aromatic chain.
SN1 with a reaction is benzene for the ring of the bit in steric for the hydrolysis as well. Where it is useful to increase the bond between chlorine and carbon.
SN stands for nucleophilic substitute and value 1 indicates that the rate determining step is unimolecular. SN1 denotes a unimolecular nucleophilic substitution reaction. The rate of this reaction completely depends solely on the concentration of one reactant.
The compound Chlorobenzene is unreactive towards nucleophilic substitution (SN1). The apparent reason for no reaction is due to the contemporary double bond formed between the carbon and chlorine due to a resonance in the benzene ring. Moreover, because chlorobenzene has a more stable state due to resonance with outer orbit electron of chlorine, if any another reaction is performed with a compound then the next getting compound is more stable than before.