The synthesis occurs in acid conditions which protonate the amino group, the NaHCO3 lowers the pH so that the amino group is no longer protonated.
Its because its an aniline and that is less electrophilic than an alkyl amine thats also there so that will be used instead.
I believe a chloride salt of the benzocaine is the product as the HCl acid attacks the amine functional group. however ethanol may also be formed from the hydrolysis of the ester and create a carboxyl group attached to the benzene ring. This will leave two products at the end of the reaction. I myself need some clarification on the resulting products whether it be a mixture of 2 products or one product.
source of CO2 source of CO2
5 M NaHCO3
yes
The solid is used so that no water is added to the reaction, as water would stop the reaction.
No, benzocaine is an ester.
It is not safe or recommended to smoke benzocaine. Benzocaine is a local anesthetic that can cause serious health risks if smoked, such as lung irritation, respiratory issues, and potential overdose. It is important to always use medications as directed by a healthcare professional.
Its because its an aniline and that is less electrophilic than an alkyl amine thats also there so that will be used instead.
Yes, so make sure you use it whenever you have pain.
A benzocaine is a local anaesthetic used as a topical pain reliever.
benzocaine hydrochloride readily dissolves in water and bezocaine is only very slightly soluable in cold water
if the police want to use it as conspiracy to supply? depends on how much benzo
sodium bicarbonate
I believe a chloride salt of the benzocaine is the product as the HCl acid attacks the amine functional group. however ethanol may also be formed from the hydrolysis of the ester and create a carboxyl group attached to the benzene ring. This will leave two products at the end of the reaction. I myself need some clarification on the resulting products whether it be a mixture of 2 products or one product.
For 99.9% Benzocaine from £140/kg plus delivery, email - sales@timchem.co.uk
source of CO2 source of CO2