Podcast
Questions and Answers
Which reaction is used for aliphatic and aromatic compounds?
Which reaction is used for aliphatic and aromatic compounds?
- Bo Hee Reaction
- Gabriel Pthalamiode Reaction
- Diazotisation Reaction
- Hoffman Bromide Reaction (correct)
What is the product of the Gabriel Pthalamiode Reaction for aliphatic compounds?
What is the product of the Gabriel Pthalamiode Reaction for aliphatic compounds?
- Phthalamide
- N-alkylphthadami.de
- Carbylamine (correct)
- Hydroxy azobenzene
Which reagent is used in the Diazotisation Reaction?
Which reagent is used in the Diazotisation Reaction?
- Na2CO3
- NaOH
- Fe
- KOH (correct)
Which compound is formed in the Reduction with iron scrap process?
Which compound is formed in the Reduction with iron scrap process?
What is the role of NaOH in the Diazotisation Reaction?
What is the role of NaOH in the Diazotisation Reaction?
Flashcards
Hoffmann Bromide Reaction
Hoffmann Bromide Reaction
A reaction used for both aliphatic and aromatic compounds.
Gabriel Phthalimide Reaction (Aliphatic)
Gabriel Phthalimide Reaction (Aliphatic)
Produces Carbylamine as a product with aliphatic compounds
Diazotization Reagent
Diazotization Reagent
The reagent used in Diazotization reaction is not KOH
Reduction with iron scrap
Reduction with iron scrap
Signup and view all the flashcards
Diazotization NaOH role
Diazotization NaOH role
Signup and view all the flashcards
Study Notes
Nitration Reaction
- Used for aliphatic and aromatic compounds
Gabriel Phthalimide Reaction
- Product for aliphatic compounds: Phthalimide
Diazotisation Reaction
- Reagent used: NaNO2
- Role of NaOH: To convert NaNO2 to HNO2, which is the actual nitrosating agent
Reduction with Iron Scrap
- Product formed: Aniline
Studying That Suits You
Use AI to generate personalized quizzes and flashcards to suit your learning preferences.
Description
Test your knowledge of organic chemistry with this quiz on name reactions. Challenge yourself to identify and understand key reactions like Diazotisation, Hoffman Bromide, and Gabriel Pthalamiode.
